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Communications Embedded Products Source Book 2004
Covering spectrum Intel communications products
Communications Embedded Products Source Book
elcome Intel Communications Embedded Products Sourcebook-2004, your complete reference guide Intel's Communications Embedded products. look through this sourcebook, will note that sections have been updated include latest released products. this sourcebook will only updated once year,. recommend look www.developer.intel.com website very latest product information.
Table Contents
PROCESSORS CHIPSETS
Embedded Intel® Architecture Overview Intel® Personal Internet Client Architecture Embedded Processor Overview Intel XScale® Microarchitecture
INTEL® FLASH MEMORY WIRELESS APPLICATIONS
Intel® Stacked Chip Scale Packaging Products Volt Intel StrataFlash® Wireless Memory (L18/L30) Volt Intel® Wireless Flash Memory (W18/W30) Intel® Flash Memory Software
INTEL® FLASH MEMORY EMBEDDED APPLICATIONS
Volt Intel StrataFlash® Memory Family) Intel® Advanced+ Boot Block Flash Memory (C3/B3 Family) Volt Synchronous Intel StrataFlash® Memory (K3/K18 Family) Intel® Flash Memory Development Tools
PRODUCTS
Intel's Processors (IOP)
NETWORK PROCESSORS
Intel® IXP2xxx Network Processor Product Line Intel® IXP4xx Network Processor Product Line
NETWORKING PRODUCTS
Workgroup Enterprise Solutions
ADVANCED ETHERNET CONTROLLERS-PCI BASED
Intel's 10/100/1000 Ethernet Controllers (MAC/Phy) Intel's 10/100 Ethernet Controllers (MAC/Phy)
OPTICAL PRODUCTS
Optical Products
TELECOM PRODUCTS
Silicon Transmission Products .111 Telecom Boards Platforms .117 Telecom Boards .121 Telecom Platforms .146 Telecom Software .152
BRIDGE PRODUCTS
Transparent PCI-to-PCI Bridges .163 Transparent PCI-X Bridge .164 Non-transparent PCI-to-PCI Bridges .165 PCI-X Serial Host Disk Controller .166
MICROCONTROLLERS
MCS® Microcontrollers .167 MCS® Microcontrollers .174 MCS® Microcontrollers .177 Interconnect Devices .179
SOFTWARE
Software Products .181 Intel® Embedded Chipset Device Driver support matrix .186
COMMUNICATIONS EMBEDDED DEVELOPER'S NETWORKS
Intel® Communications Alliance .193 IntelPersonal Client Architecture Developer Network .194
DEVELOPMENT TOOLS SUPPORT
Comprehensive Support Embedded Products .195
DISTRIBUTOR MANUFACTURING REPRESENTATIVES
Distributor Manufacturing Representatives
Processors Chipsets
Embedded Intel Architecture
mbedded Intel® Architecture (IA) enables embedded system designers choose from multiple levels integration, ranging from Intel® processors chipsets validated reference designs highly integrated modular platforms. Whatever level integration choose, Intel world-class ecosystem provide building blocks tools need make your embedded solutions better, faster further. Based emerging industry standards, processors compatible with leading operating systems supported broad third-party ecosystem. Modularity, scalability standards-based design help customers accelerate time-to-market reduce cost. Embedded Intel® Architecture chipsets provide reliable platform high-performance connected embedded applications with performance, stability, reliability customers require embedded computing applications. Intel® chipsets drivers help reduce support costs, validation costs, offer variety sell-up opportunities while still providing flexibility performance value pricing. Embedded reference designs configurations support developers variety market segments including communications, digital security surveillance, interactive clients, storage, learning solutions print imaging. They used off-the-shelf market-ready design, further customized support additional value-added features. Intel provides wide selection development kits designed minimize customers' development efforts facilitate quick time-to-market. Kits include supporting documents evaluation software from independent software vendors. Intel provides developers with software resources tools accelerate successful development delivery IA-based solutions. Intel® Embedded Graphics Drivers specifically target needs embedded platform developers, offering alternative drivers designed desktop mobile market segments. Implementation-ready boards systems from Intel third-party vendors also available meet your most stringent time-to-market requirements: www.intel.com/info/eia.
Intel® XeonProcessor Intel® Xeonprocessor with cache Voltage Intel® Xeonprocessor solutions applications that demand highest levels performance communications market segment. Voltage Intel Xeon processor additional benefit lower thermal design power, making ideal thermally-sensitive, spaceconstrained environments. Based Intel NetBurst® microarchitecture, they feature 533MHz system bus, 512KB cache, dual-processor capability, Hyper-Threading Technology which allows single physical processor process threads data simultaneously. Support Intel Xeon processor with cache includes 2.0, 1.6, Voltage Intel Xeon processor. Intel Xeon processor with cache Voltage Intel Xeon processor validated with Intel® E7500 Intel® E7501 chipsets. These chipset designs deliver maximized system bus, memory, bandwidth enhance performance, scalability, end-user productivity.
INTEL
XEON
PROCESSOR
EXTERNAL SPEED (MHz)
WITH
CACHE
512K 512K 512K
512KB
CACHE
VOLTAGE
1.5V 1.5V 1.5V
PRODUCT NUMBER
RK80532KE072512 RK80532KE056512 RN80532KC041512
CORE SPEED (GHz)
THERMAL DESIGN POWER
74.0W 65.0W 58.0W
TCAS
75°C 74°C 70°C
PACKAGE
604-pin FC-mPGA-2p 604-pin FC-mPGA-2p 603-pinINT3
VOLTAGE
CORE SPEED (GHz)
INTEL
XEON
PROCESSOR
CACHE
512K 512K 512K
PRODUCT NUMBER
RK80532EE056512 RK80532EC041512 RK80532EC025512
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER
40.0W 35.0W 30.0W
VOLTAGE
1.3V 1.3V 1.3V
TCASE
81°C 83°C 81°C
PACKAGE
604-pin FC-mPGA-2p 604-pin FC-mPGA-2p 604-pin FC-mPGA-2p
Processors Chipsets
Intel® Pentium® Processor, Intel® Pentium® Processor with Hyper-Threading (HT) Technology, Intel® Pentium® processor Intel® Pentium® processor family, with Intel NetBurst® microarchitecture, delivers performance meet growing demands generation leading-edge products, with scalability that helps minimize your total cost-of-ownership. These embedded processors provide performance headroom needed meet heavy application demands networking, communications storage appliances, sophisticated interactive clients, industrial automation solutions, digital security surveillance platforms, imaging devices. reliable embedded platform designs, Intel Pentium processor validated with Intel® chipset, Intel® 845E chipset, Intel® 845GV chipset, Intel® 852GME chipset, Intel® 875P chipset. Intel Pentium processor validated with Intel 845E chipset. Intel® Pentium® Processor with Technology validated with Intel 875P chipset. Intel Pentium processor-based platforms include integrated graphics, support highbandwidth performance Gigabit Ethernet networking. Rapid platform development supported latest operating systems, applications Intel® Architecture development tools, well variety validated reference designs from Intel. While incorporating Intel's most advanced embedded processor technologies, these processors software-compatible with previous Intel® Architecture processors.
INTEL
PENTIUM
CORE SPEED (GHz)
PROCESSOR
CACHE
WITH
HYPER-THREADING
VOLTAGE
1.25-1.4V*
TECHNOLOGY
PACKAGE
FC-HPGA4
PRODUCT NUMBER
RK80546PG0801M
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER
103W
TCASE
5°C-73.5°C
*Variable voltage. Intel Pentium processor with Technology ships with different voltage settings. more detailed information, please refer site
INTEL
PENTIUM
CORE SPEED (GHz)
PROCESSOR
CACHE
512K 512K 512K 512K
PRODUCT NUMBER
RK80532PCE072512 RK80532PC064512 RK80532PE056512 RK80532PC041512
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER
68.4W 62.6W 59.8W 54.3W
VOLTAGE
1.525V* 1.525V* 1.525V* 1.525V*
TCASE
5°C-75°C 5°C-72°C 5°C-71°C 5°C-69°C
PACKAGE
FC-PGA2 FC-PGA2 FC-PGA2 FC-PGA2
*Variable maximum voltage
INTEL
PENTIUM
CORE SPEED (GHz)
PROCESSOR-M
CACHE
512K 512K
PRODUCT NUMBER
RH80532GC049512 RH80532GC029512
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER
35.0W 30.0W
VOLTAGE
1.3V 1.3V
TJUNCTION (MAX)
100°C 100°C
PACKAGE
µFC-PGA µFC-PGA
Intel® Pentium® Processor Intel® Pentium® processor ideal high-performance, low-power embedded computing, designed specifically communications, transaction terminal, interactive clients, industrial automation applications. advanced microarchitecture enables Pentium processor meet embedded computing demands today future. While incorporating features improvements, Intel Pentium processor remains software-compatible with previous members Intel® microprocessor family. supports uniprocessor designs, delivers data second into processor. Intel Pentium processor validated with Intel E7501 chipset, expanding processor's platform with great balance performance bandwidth capability embedded computing segments. This chipset provides single- dual-channel DDR200 memory, features configurable optional Error Correcting Code (ECC) operation.
PRODUCT NUMBER
RH80535GC0251M RJ80535GC0251M RJ80535LC0051M
CORE SPEED (GHz)
EXTERNAL SPEED (MHz)
CACHE
THERMAL DESIGN POWER
24.5W 24.5W
VOLTAGE
1.484V 1.484V 1.180V
TJUNCTION
100°C 100°C 100°C
PACKAGE
µFC-PGA µFC-PGA µFC-PGA
Processors Chipsets
Intel® Pentium® Processor Intel® Pentium® processor ideal scalable high-performance applied computing applications. validated with multiple chipsets maximum flexibility scalability. Combined with Intel® chipset, Intel Pentium processor provides high performance bandwidth including dual processing support second bus. Intel® 815, Intel® 815E, Intel® Intel® 810E2 chipsets utilize Intel® Graphics Technology, integrated graphics platform which provides more stability, higher quality graphics reduced bill materials cost. Intel® 440BX AGPset supports highest data integrity legacy I/O. Intel Pentium processor with 512K cache validated with Intel 815E chipset uniprocessor mode well dual-processing mode with chipsets from third-party manufacturers.
PRODUCT NUMBER
RB80526PY600256 RB80526PY700256 RB80526PZ733256 RB80526PY850256 RB80526PZ866256 RB80526PY001256+ RB80526PZ001256 RK80530KZ012512
CORE SPEED (MHz)
1.0GHz 1.0GHz 1.26GHz
EXTERNAL SPEED (MHz)
CACHE
256K 256K 256K 256K 256K 256K 256K 512K
THERMAL DESIGN POWER (MAX)
19.6W 21.9W 22.8W 25.7W 26.1W 29.0W 29.0W 29.5W
VOLTAGE
1.75V 1.75V 1.75V 1.75V 1.75V 1.75V 1.75V 1.45V
TJUNCTION
82°C 80°C 80°C 80°C 80°C 75°C 75°C 69°C*
PACKAGE
FC-PGA FC-PGA FC-PGA FC-PGA FC-PGA FC-PGA FC-PGA FC-PGA2
existing embedded applications using Intel® 440BX chipset only. Drop ship only. Tcase,not Tjunction
Intel® Pentium® Processor-Low Power Intel® Pentium® processor-Low Power brings performance Pentium processor thermally sensitive space-constrained embedded computing applications. incorporates Intel's 0.18-micron manufacturing process, Dual Independent (DIB) architecture Advanced Transfer Cache, making ideal many performance-hungry, thermally sensitive, space-constrained embedded computing applications such data communications, telecommunications, industrial automation transaction terminals. Pentium processor-Low Power also supports MMXtechnology Internet Streaming SIMD extensions, enabling more visual experience user allowing applications such real-time video encoding speech recognition. Dynamic execution software instructions within core processing unit optimizes workload processor, increasing performance. This processor validated with Intel® 440BX AGPset Intel® 440MX PCIset.
PRODUCT NUMBER
RJ80530KZ933512+ RJ80530KZ800512+ KC80526GY850256 KC80526LY500256 KC80526NY400256
CORE SPEED (MHz)
EXTERNAL SPEED (MHz)
CACHE
512K 512K 256k 256K 256K
THERMAL DESIGN POWER (MAX)
12.2W 11.2W 16.1W 12.2W 10.1W
VOLTAGE
1.15V 1.15V 1.35V 1.35V 1.35V
TCASE
0°C-100°C 0°C-100°C 0°C-100°C 0°C-100°C 0°C-100°C
PACKAGE
µFC-BGA UFC-BGA
Supports dual processing when paired with third-party chipsets. Intel® Pentium® processor 850/700 featuring Intel® SpeedSteptechnology (1.6V/1.35V respectively).
Intel® Pentium® Processor-Low Power Module Intel® Pentium® processor-Low Power module provides scalable solution existing Intel® Pentium® processor-Low Power module designs MHz, first low-power module support system bus. module includes Intel Pentium processor northbridge 440BX AGPset.
Processors Chipsets
Intel® Pentium® Processor-Low Power Intel® Pentium® processor-Low Power provides superior, low-profile, surface-mount solution applications combining high performance with power.
PRODUCT NUMBER
KC80524KX333256 KC80524KX266256
CORE SPEED (MHz)
EXTERNAL SPEED (MHz)
CACHE
256K 256K
THERMAL DESIGN POWER (MAX)
11.8W 9.8W
VOLTAGE
1.6V 1.6V
TJUNCTION
0°C-100°C 0°C-100°C
PACKAGE
Intel® Celeron® Processor Intel® Celeron® processor next generation value processors, providing exceptional performance combined with power. Built Intel® 0.13-micron process, available GHz, either µFC-PGA µFC-BGA packages, with on-die cache. These processors ideal solutions communications appliances such media center appliances, network attached storage, pads other applications with lower power envelopes requirements. features high-performance, low-power core, Advanced Transfer Cache architecture, dynamic execution, supported with Intel® 855GME chipset
PRODUCT NUMBER
RJ80535NC013512 RH80535NC013512
CORE SPEED (GHz)
EXTERNAL SPEED (MHz)
CACHE
THERMAL DESIGN POWER (MAX)
24.5W 24.5W
VOLTAGE
1.356V 1.356V
TJUNCTION
PACKAGE
µFC-BGA µFC-PGA
Intel® Celeron® Processor Intel® Celeron® processor family provides excellent solution cost-sensitive applications requiring great performance. compatible with Intel® 815E, 815, 810E2 chipsets; Intel® 82801E C-ICH; Intel 440BX AGPset 440MX chipset; Intel 815E 810E2 (1.2 GHz), 845, 845E; 845GV, 852GME, 875P chipsets (2.0 GHz).
PRODUCT NUMBER
RK80532RC060128 RK80532RC041128 RK80530RY009256 RB80526PX850128 RB80526RX733128 RB80526RX566128 FV80524RX433128 FV80524RX366128 FV80524RX300128
CORE SPEED (MHz)
300A
EXTERNAL SPEED (MHz)
CACHE
128K 128K 256K 128K 128K 128K 128K 128K 128K
THERMAL DESIGN POWER (MAX)
61.0W (TDP) 52.8W (TDP) 32.1W 26.7W 23.6W 19.2W 24.1W 21.7W 17.8W
VOLTAGE+
1.525V 1.525V 1.5V 1.75V 1.75V 1.75V 2.0V 2.0V 2.0V
TCASE
72°C 5°C-68°C 70°C 80°C* 80°C* 90°C* 5°C-85°C 5°C-85°C 5°C-85°C
PACKAGE
FC-PGA2 478-pin FC-PGA2 478-pin FC-PGA2 FC-PGA FC-PGA FC-PGA PPGA PPGA PPGA
Tjunction Variable maximum voltage. Intel Celeron processor ships with different voltage settings. detailed product specifications, please refer
Intel® Celeron® Processor-Low Power Ultra Voltage Intel® Celeron® processor-Low Power Ultra Voltage Intel® Celeron processor provide exceptional value thermally sensitive space-constrained embedded computing applications combining optimal balance cost, performance, power. versions validated with Intel 440BX AGPset Intel 440MX PCIset. Power processor validated with Intel 440MX PCIset. Ultra Voltage processor validated with Intel 440MX PCIset Intel 815E chipsets.
INTEL
CELERON
CORE SPEED (MHz)
400A
PROCESSOR-LOW
EXTERNAL SPEED (MHz)
POWER
THERMAL DESIGN POWER (MAX)
10.1W 5.7W
PRODUCT NUMBER
KC80526LY400A128 KC80526LL300128
CACHE
128K 128K
VOLTAGE
1.35V 1.10V
TCASE
0°C-100°C 0°C-100°C
PACKAGE
Processors Chipsets
ULTRA
VOLTAGE
INTEL
CELERON
PROCESSOR
VOLTAGE
1.10V 0.95V
PRODUCT NUMBER
RJ80530VY650256 RJ80530VY400256
CORE SPEED (MHz)
EXTERNAL SPEED (MHz)
CACHE
256K 256K
THERMAL DESIGN POWER (MAX)
8.3W 4.2W
TCASE
0°C-100°C 0°C-100°C
PACKAGE
µFC-BGA µFC-BGA
Intel® Pentium® Processor Intel® Pentium® processor valuable solution embedded applications, featuring superscalar architecture, branch prediction, separate code data caches, high-performance floating-point unit, enhanced 64-bit data bus, data integrity features, performance monitoring, execution tracing. Voltage Reduction Technology (VRT) available with version resulting lower power consumption.
PRODUCT NUMBER
A8050266166 A8050266133 A80502CSLM66133 A8050266100
CORE SPEED (MHz)
133*
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER (MAX)
14.5W 11.2W 7.9W 10.1W
VOLTAGE
3.3V 3.3V 3.1V 3.3V
TCASE
0°C-70°C 0°C-70°C 0°C-85°C 0°C-70°C
PACKAGE
SPGA SPGA SPGA SPGA
With Voltage Reduction Technology (VRT)
Intel® Pentium® Processor with MMXTechnology Low-Power Intel® Pentium® Processor with MMXTechnology point-of-sale (POS) terminals retail kiosks advanced networking equipment, Pentium® processors with MMXtechnology enable developers embedded systems step levels performance. make these designs even easier more flexible, Intel making performance advantages technology available choice integration levels: Longer life cycle support versions Low-power Pentium processors with technology Synchronous DRAM [SDRAM] support with Intel® 430TX PCIset
INTEL
PENTIUM
CORE SPEED (MHz)
PROCESSOR
EXTERNAL SPEED (MHz)
WITH
VOLTAGE
2.8V 2.8V
TECHNOLOGY
TCASE
0°C-70°C 0°C-70°C
PRODUCT NUMBER
FV8050366233 FV8050366200
THERMAL DESIGN POWER (MAX)
17.0W 15.7W
PACKAGE
PPGA PPGA
LOW-POWER
PRODUCT NUMBER
FV80503CSM66166 FV80503CSM66266 GC80503CSM66166 GC80503CSM66266 GC80503CS166EXT
INTEL
PENTIUM
PROCESSOR
VOLTAGE
1.9V 1.9V 1.8V 2.0V 1.8V
WITH
TECHNOLOGY
PACKAGE
PPGA PPGA HL-PBGA HL-PBGA HL-PBGA
CORE SPEED (MHz)
EXTERNAL SPEED (MHz)
THERMAL DESIGN POWER (MAX)
4.5W 7.6W 4.1W 7.6W 4.1W
TCASE
0°C-85°C 0°C-85°C 0°C-95°C 0°C-95°C -40°C-+115°C
Processors Chipsets
Enhanced Intel486Processor Overview Intel486microprocessors provide 32-bit high performance increasingly complex application environments. Current customers embedded Intel386processor take advantage Intel486 processor architecture extend performance their embedded designs. Intel® Technology featured Intel486 processors, allow designers build intelligent power management capabilities into hardware, making these capabilities independent application software. Power management becomes integral part system, regardless what operating system application used. Power management improved because Intel Technology protects power management features from conflicting with other software.
FEATURES BENEFITS
32-bit address Memory Management Unit (MMU) Intel® Technology intelligent power management capabilities Static design Automatic on-chip clock control Stop Clock, Stop Grant, Auto Halt Power Down, Restart System Management Mode (SMM)
High performance compatibility. Intel486MMU
compatible with Intel386processor
Capabilities. Application-independent power management Energy efficiency. Intel Technology enables embedded system designs that exceed Environmental Protection Agency's (EPA) Energy Star program guidelines without compromising performance
Single-cycle instruction execution On-chip unified code data cache Burst data mode JTAG boundary scan
Speed efficiency. Faster execution Increased performance efficiency. Reduces external memory
fetches decreases traffic
Speed. Supports demanding data-intense applications enabling fast
cache fills
Diagnostics. Allows in-system processor diagnostics
Intel486SX Embedded Processor Overview embedded Intel486SX processor provides high performance 32-bit, embedded applications that require floating-point unit. embedded Intel486 processor binary-compatible with Intel386 earlier Intel processors. Compared with Intel386 processor, provides faster execution many commonly used instructions. also provides benefits integrated, 8-Kbyte, write-through cache code data. data operate burst mode, which provides Mbps transfers cache-line fills instruction prefetches. component packages available: 196-lead Plastic Quad Flat Pack (PQFP), 168-Pin Grid Array (PGA), both available volt designs. Both products operate frequencies MHz. Ultra-Low-Power Intel486SX/GX Embedded Processor Overview Ultra-Low-Power Intel486SX/GX embedded processors were developed specifically embedded market. They bring strong performance low-cost, entry-level, embedded applications, where maximum energy efficiency high concern. These low-power technology improvements allow packaging options Intel486 processor. Ultra-Low-Power Intel486 SX/GX processors come lead Thin Quad Flat Pack (TQFP) package. This smallest, lowest profile Intel486 processor world. 25.4 25.4 lead TQFP package same size thickness United States quarter coin)!
Processors Chipsets
FEATURES
BENEFITS
Dual design standard 3.3V VccP lower core Digital phase lock loop minimum clock start-up time
Efficiency. Ideal battery-powered, portable applications Maximizes power savings. takes maximum input clock
periods (240ns MHz) synchronize, approximately 4,000 times faster than standard Intel486processor with design 32-bit external data path Ultra-Low-Power Intel486SX 16-bit external data path Ultra-Low-Power Intel486GX On-chip unified code data cache Burst data capable MB/sec transfer MHz, DRAMs
Performance flexibility. Multiple system design options with true
32-bit architecture
Increased performance efficiency. Reduces access cycles
external memory
Cost reduction. Maintains system throughput with inexpensive DRAMs
176-lead TQFP product packaging
Compact. Ideal most compact designs. This smallest, lowest profile Intel486 processor world!
IntelDX2and IntelDX4Processor Overview IntelDX2and IntelDX4processors bring highest level performance Intel486 processor family, created such combined features speed-multiplying technology, on-chip integration Level unified code data cache, memory management unit with paging, floating-point unit. clock-multiplier allows processor operate frequencies higher than external memory bus. integer unit uses RISC design techniques provide single-clock-cycle execution common instructions general-purpose registers manipulating 32-bit addresses data. on-chip Write-Through unified cache speed-doubled IntelDX2 processor, on-chip Write-Back Enhanced unified cache speed-tripled IntelDX4 processor maintains one-clock-per-instruction execution rate. Intel486 processors provide support multiprocessing systems. Support multi-level caches reduces utilization, allowing multiple Intel486 processors share single memory bus. highest levels performance, choose IntelDX2 IntelDX4 processors.
FEATURES BENEFITS
Complete 32-bit RISC-technology integer core 32-bit external data On-chip floating-point unit IntelDX2processor speed doubling: core speed using clock core speed using clock 3.3V IntelDX4processor speed tripling: core speed using clock 3.3V
Performance. most data-intense applications
Performance. Highest Intel® integration reduces inter-chip
communication
Performance flexibility. Multiple frequency choices provide greater flexibility system designs IntelDX4 processor supports both speed-doubling speed-tripling technology
Burst data bus: 80Mbps max. burst cycle 106Mbps max. burst cycle
Performance. instruction prefetch filling internal cache
INTEL486
PRODUCT
PROCESSOR
SERIAL PORTS
(not speeds available packages)
CORE BURST CHIP INTERRUPT DRAM SPEED DTAT INPUT SELECT REFRESH MULTI CACHE LEVELS VOLTAGE PACKAGE TEMP
SPEED (MHz) PINS
TIMERS/ STATIC CTRS DESIGN MODE GATE CHAN
INTEL486PROCESSOR FAMILY 80486DX4 32-bit 80486DX2 32-bit 80486SX 32-bit 80486SXSF 32-bit 80486GXSF 16-bit
16Kb, 8Kb, 8Kb, 8Kb, 8Kb,
CMOS CMOS CMOS CMOS CMOS
3.3V 5.0V-3.3V 5.0V 3.3V 3.3V
A168, FC208 A168, SB208 A168, KU196 FA176 FA176
Processors Chipsets
Intel386Processor Overview over years, Intel386 processors have provided computer industry with reliability high performance. Initially built host PCs, these processors still readily available continue provide 32-bit processing power embedded applications. Thanks Intel386 processor core design, pin-for-pin compatible family enables higher performance, extended temperatures lower power voltage capabilities embedded systems than previously possible.
FEATURES BENEFITS
32-bit 80386 instruction MB-4 addressability Protected mode enhanced support
Performance. Performance processing MIPS Compatibility. Compatibility with applications, development
operating system software
Expandable. Head room software growth future system product
enhancements
Security. Ability develop large, OS-based embedded system;
provides restricted access privileges
Capabilities. Application-independent power management
Intel386EX Integrated Processor Overview Intel386EX processor provides high integration compatibility embedded applications. Intel based same static Intel386 processor 32-bit core, incorporated PC-compatible traditional embedded peripherals provide high-performance, extended temperature, power, voltage integrated embedded solution.
FEATURES BENEFITS
PC-compatible peripherals (8254, 8259A, enhanced 8237A) 16450-compatible serial ports DMA-supported serial transfers Dynamic sizing enables interface 16-bit peripherals Synchronous serial JTAG boundary scan INTEL386
PRODUCT
Portability. Easy portability application software developed Compatibility. Standard protocol familiar well supported within
industry
Efficient. Reduces load Reduces costs. Lowers total system cost Boosts rates. Provides higher data transfer rates (baud rate generator
on-chip standard Intel386processors)
Diagnostics. Allows in-system processor diagnostics
PROCESSOR
(not speeds available packages)
VOLTAGE PACKAGE TEMP
SPEED SERIAL TIMERS/ STATIC CHIP INTERRUPT DRAM INPUT (MHz) PINS PORTS CTRS DESIGN MODE GATE SPACE CHAN OPTIONS SELECT CTLR REFRESH LEVELS
INTEL386 PROCESSOR FAMILY 80386SX 80386DX 80386SXTA INTEL386INTEGRATED PROCESSOR FAMILY 80386EXTB 80386EXTC 80386EXTC
5.0V 5.0V 5.0V
NG100 A132, NG132 KU100
(8259A) (8259A) (8259A)
3.3V 5.0V 5.0V
KU132, FA144 KU132, FA144 KU132, FA144
Processors Chipsets
Intel386Processor Development Tools ecause Intel386 processor member Intel architecture family, leading architecture used PCs, broad range familiar, low-cost development tools readily available. Growth competition industry have produced tools that time-proven which eliminates need expensive workstation-based development tools. example, Microsoft* Borland* development tools, used create more than 50,000 applications, used embedded environment. more information about development tools support, refer Tools section this catalog contact your Intel sales representative visit site Intel® Processor Overview Intel® standard processor family, numbers tell story: more than 10,000 design wins million units have shipped years production. With Intel family products, determine cost performance requirements your embedded design then choose from wide variety options: CHMOS, 16-bit external versions available commercial/extended temperatures. 80C186/188XL family pin-for-pin compatible with 80186/188 family adds enhanced feature set. high-performance CHMOS process allows 80C186/188XL twice clock rate HMOS 80186/188 while consuming less than one-fourth power.
FEATURES BENEFITS
16-bit static operating MHz) 8086 instruction 1-MB addressing On-chip peripherals 8-bit external available Multiple packaging options (LCC, PLCC, PGA) (QFP, SQFP) CMOS inputs outputs
Performance. Performance Development. easier software development debugging Memory. Large address space (for programs data). also bank
switching
Integration. High integration enables low-cost low-chip-count
designs
Flexibility. Lower memory system cost Packaging. Supports varied system requirements
Noise. Improved noise margins
Intel® Enhanced Processor Overview 1990, Intel designed these processors meet performance, integration power consumption needs. Intel created modular core architecture order easily proliferate family. 80C18xEX (EA/EB/EC) family features improved 1.0-micron static core design, enhanced products MHz. addition, family products incorporate features (serial channels, DRAM refresh control power management) provide more functionality. core also been enhanced volts.
FEATURES BENEFITS
3-stage power management unit versions Watchdog timer only) Serial channels (EB/EC only) ports (EB/EC only)
Power management. Efficient power consumption power. Enables portable, battery-powered designs High integration. Ensures system integrity hostile environments Avoid interrupt latency. Facilitates interprocessor communication
modem interface
Communication. Ability communicate externally standard protocols
Processors Chipsets
INTEL
PRODUCT
PROCESSOR
(not speeds available packages)
VOLTAGE PACKAGE TEMP
SPEED SERIAL TIMERS/ STATIC CHIP INTERRUPT DRAM INPUT (MHz) PINS PORTS CTRS DESIGN MODE GATE SPACE CHAN OPTIONS SELECT CTLR REFRESH LEVELS
INTEL STANDARD PRODUCT FAMILY 80C186XL/188XL
5.0V
80C186XL/188XL
5.OV
A68, N68, R68, S80, SB80 A68, N68, R68, S80, SB80 N84, S80, SB80 N84, S80, SB80 N84, S80, SB80 N84, S80, SB80 KU100, CS100, SB100 KU100, S100, SB100 KU100, S100, SB100 KU100, S100, SB100
INTEL® ENHANCED PRODUCT FAMILY 80C186EA/188EA 80C186EA/188EA 80L186EA/188EA 80C186EB/188EB1 80C186EB/188EB 80L186EB/188EB 80L186EB/188EB 80C186EC/188E
(8259A) (8259A) (8259A) (82SgA)
CMOS CMOS CMOS CMOS CMOS CMOS CMOS CMOS
5.0V 3.0V 5.0V 5.0V 3.3V 3.0V 5.0V
80C186EC/188EC
CMOS
5.0V
80L186EC/188EC
CMOS
3.3V
80L186EC/188EC
CMOS
3.0V
PACKAGING: Ceramic Grid Array (PGA), Plastic Quad Flat Pack (PQFP), Ceramic Leadless Chip Carrier (LCC), Plastic Leaded Chip Carrier (PLCC), Plastic Quad Flat Pack (PQFP), Quad Flat Pack (QFP-EIAJ), Shrink Quad Flat Pack (SQFP-EIAJ), Thin Quad Flat Pack (TQFP), Shrink Quad Flat Pack with heat spreader (PQ2 PowerQuad), SmartDie product 168ld 132ld 68ld 196ld 132ld 100ld 100ld, 132ld (DX) 68ld 68ld, 84ld (EB) 80ld, 100ld (EC) 80ld, 100ld (EC) 176ld 144ld 208ld
Intel486Processor Intel386Processor Intel186® Processor
POWER OPTIONS Power Down, Power Save, Idle TEMPERATURE RANGES: (Degrees Centigrade) Commercial (0°C +70°C), Extended (-40°C +85°C).
Additional product information always available World Wide
Intel® Processor Development Tools here many tools available developing embedded systems with Intel product family. fact, Intel processors compatible with Intel386 processor development tools architecture. This compatibility provides access wide array familiar, low-cost development tools. Growth competition industry have produced tools that time-proven your which eliminates need expensive workstation-based development tools. example, Microsoft Borland development tools, used create more than 50,000 applications, used embedded environment. more information about development tools support, refer Tools section this catalog contact your Intel sales representative visit site
Processors Chipsets
EMBEDDED
INTEL
ARCHITECTURE
CHIPSETS
Intel® 875P Chipset Intel® 875P chipset-based platform delivers performance high scalability today's cutting-edge e-Business e-Home applications while maintaining balance price performance embedded computing solutions. designed, validated optimized Intel Pentium processors with Intel NetBurst® microarchitecture, including Intel® Pentium® Processor with Hyper-Threading (HT) Technology. Intel 875P chipset consists Intel® 82875P Memory Controller (MCH) Intel® 6300ESB Controller (ICH) provide exceptional graphics bandwidth support latest graphics controllers needed meet demands today's communications embedded computing market segments. Communication Streaming Architecture (CSA), featuring Dedicated Network (DNB), enables real Gigabit Ethernet performance eliminating bottleneck providing direct path system memory. optional Intel® 82547 Gigabit Ethernet Controller readily connects CSA. Advanced packaging technology industry-leading electrical design innovations deliver long-term system reliability over wide operating conditions.
PRODUCT
Intel® 82875P Memory Controller
PRODUCT CODE
82875P
PACKAGE
1005 FC-BGA
FEATURE
400/533/800 system DDR266/333/400 SDRAM with graphics interface network interface 32/33 PCI-X 64/66 Serial parallel interfaces serial ports AC'97 support Watchdog timer, GPIOs
Intel® 6300ESB Controller
FW80001ESB
µBGA
Intel® 852GME Chipset Intel® 852GME Chipset Embedded Computing optimized integrated graphics solution featuring low-power design. 400/533 system integrated 32-bit core system bus) deliver high-bandwidth connection between processor platform. supports Intel® Pentium® Intel® Celeron® processors with Intel NetBurst® microarchitecture, supports DDR266/333 system memory, providing performance high scalability required today's cutting-edge e-Business e-Home applications. Intel 852GME chipset part Intel's comprehensive validation process that enables fast deployment next-generation platforms maximize competitive advantage while minimizing development risks. features integrated graphics utilizing Intel® Extreme Graphics technology, enhanced sound quality support, along with advanced packaging technology industry-leading electrical design innovations deliver long-term system reliability over wide operating conditions. Three host controllers provide high-performance peripherals with Mbps bandwidth, while enabling support ports. This results significant increase over previous integrated port hubs Mbps.
PRODUCT NAME
852GME Memory Controller (GMCH) Controller
PRODUCT CODE
RG82852GME
PACKAGING
micro-FC-BGA
FEATURES
DDR266/333 Memory Integrated graphics support System Direct connection with Intel® Accelerated Architecture Supports 32-bit controllers with ATA/100 ports with support AC'97 controller with 20-bit audio support Integrated connect interface
FW82801DB
micro-BGA
Processors Chipsets
Intel® 855GME Chipset Intel® 855GME Chipset Embedded Computing optimized integrated graphics solution featuring low-power design. system integrated 32-bit core MHz, support Intel® Pentium® processor associated microarchitecture DDR333 system memory, providing performance high scalability required today's cutting-edge embedded computing applications. Intel 855GME chipset part Intel's comprehensive validation process that enables fast deployment next-generation platforms maximize competitive advantage while minimizing development risks. features integrated graphics utilizing Intel® Extreme Graphics technology support, along with advanced packaging technology industry-leading electrical design innovations deliver long-term system reliability over wide operating conditions. Three host controllers provide high-performance peripherals with Mbps bandwidth, while enabling support ports. Intel® Application Accelerator software provides additional performance over native drivers improving transfer rates enabling faster load time, resulting accelerated boot times. Communication Network Riser (CNR) offers flexibility system configuration with baseline feature that upgraded with audio card, modem card, network card. Error Correcting Code (ECC) support available integrated graphics mode only.
PRODUCT
855GME Memory Controller (GMCH) Controller
PRODUCT CODE
RG82855GME
PACKAGE
micro-FC-BGA
FEATURES
system DDR333 Memory Integrated graphics support Direct connection with Intel® Accelerated Architecture Supports 32-bit controllers with ATA/100 ports with support AC'97 controller with 20-bit audio support Integrated connect interface
FW82801DB
micro-BGA
Intel® 6300ESB Controller Intel® 6300ESB Controller (ICH) supports development next-generation solutions communications general embedded market segments. designed with Intel® 875P Memory Controller (MCH) Intel® 855GME Graphics Memory Controller (GMCH), providing board designers with variety platform options address price, performance packaging needs. Intel 6300ESB designed into platforms with processors ranging from Intel® Pentium® processor Intel® Celeron® Intel® Pentium® processors, socket packaging. configurations available MHz, MHz. 6300ESB derivative Intel® 82801EB (ICH5) builds upon ICH5 design improving bandwidth PCI-X 64/66 32/33 support. also provides port 60/64 emulation, dual 16500-compatible UARTs overall cost savings, two-stage watchdog timer, GPIOs including four High Drive GPIOs. Intel 6300ESB associated drivers help reduce support validation costs, offer variety sell-up opportunities while still providing flexibility performance value pricing. Flexible memory support allows 200, 266, SDRAM designed enabling cost-effective, high-volume memory.
PRODUCT
Intel® 6300ESB Controller
PRODUCT CODE
FWE6300ESB
PACKAGE
µBGA
FEATURES
Direct connection GMCH Hublink Designed with Intel® 875P Intel® 855GME GMCH PCI-X 64/66 32/33 support Dual integrated UARTS PATA/100 SATA/150 support Four ports
Processors Chipsets
Intel® E7500 E7501 Chipsets Intel® E7500 chipset E7501 chipset validated with Intel Xeon processor with Cache Voltage Intel Xeon processor. This chipset design delivers maximized system bus, memory, bandwidth enhance performance, scalability, end-user productivity. protection, coupled with high data transfer rates, supports segments with greater reliability faster access high-speed networks. Four DIMMs channel (eight DIMMs total) allow maximum memory configuration Single dual DDR200 DDR266 memory channels supported GB/s memory bandwidth. three 64-bit PCI/PCI-X Controller (P64H2) devices connect MCH, each providing maximum bandwidth greater than GB/s. Each P64H2 contains independent 64-bit, PCI-X interfaces hot-plug controllers.
INTEL
PRODUCT
Intel® E7500 Memory Controller (MCH) Integrated Controller (ICH3-S) 64-bit PCI/PCI-X Controller (P64H2)
E7500
CHIPSET
PRODUCT CODE
RGEE7500PL FW82801CA RG82870P2
PACKAGE
1005 FC-BGA FC-BGA
FEATURES
System Advanced Platform RASUM, 64-bit PCI/PCI-X Controller Hub-2 allows PCI-X buses system Dual-channel DDR200 memory interface GB/s memory bandwidth dual-processor capable ECC, parity application critical environments
INTEL
PRODUCT
E7501
CHIPSET
PRODUCT CODE
RGE7501MC FW82801CA RG82870P2
PACKAGE
1005 FC-BGA FC-BGA
FEATURES
400/533 System Advanced Platform RASUM 64-bit PCI/PCI-X Controller Hub-2 allows PCI-X buses system Dual-channel DDR266 memory interface GB/s memory bandwidth dual-processor capable ECC, parity application critical environments
Intel® E7501 Memory Controller (MCH) Integrated Controller (ICH3-S) 64-bit PCI/PCI-X Controller (P64H2)
Intel® 845, Intel® 845E Intel® 845GV Chipsets Intel® chipset family designed, validated, optimized Intel Pentium processor with Intel NetBurst microarchitecture, using proven established building blocks. Intel chipset-based platforms extend capabilities Intel Pentium processor with excellent balance price performance embedded computing segments.
PRODUCT
Intel® 82845 Memory Controller (MCH)
PRODUCT CODE
RG82845
PACKAGE
FC-BGA
FEATURES
System PC133, DDR1600/2100 Memory, AGP4X interface enables over GB/s graphics bandwidth ECC, parity application critical environments 400/533 System DDR200/266 Memory, AGP4X interface enables over 1GB/s graphics bandwidth ECC, parity application critical environments 400/533 System PC133, DDR200/266/333 Memory, max; DIMM, Integrated Intel® Extreme Graphics Direct connection Intel 82845 with Intel® Accelerated Architecture Supports 32-bit controllers with ATA/100 Four ports, compliant AC'97 controller with 6-channel sound Integrated connect interface Direct connection Intel 82845E Intel 82845GV with Intel® Accelerated Architecture Supports 32-bit controllers with ATA/100 ports with support AC'97 controller with 6-channel sound Integrated connect interface
Intel® 82845E Memory Controller (MCH)
RG82845E
FC-BGA
Intel® 82845GV Memory Controller (GMCH)
RG82845GV
FC-BGA
Controller (ICH-2) only
FW82801BA
EGBA
Controller (ICH-4) 845E 845GV only
FW82801DB
Processors Chipsets
Intel® 82801E C-ICH Intel® 82801E C-I/O Controller (ICH) specifically suited within communications network appliance market segments. designed with variety Graphics Memory Controller Hubs (GMCHs) providing board designers with outstanding scalability single board design. Intel 82801E C-ICH designed into embedded computing platforms with processors that range from Intel Pentium Intel Celeron processors.
PRODUCT
Intel 82801E Communications Controller (C-ICH)
PRODUCT CODE
FW82801E
PACKAGE
FEATURES
Direct connection GMCH with Intel® Accelerated Architecture Designed with Intel® 810, Intel® 815E, Intel® GMCHs Dual Integrated MACs Dual Integrated UARTs overall system cost savings Supports 32-bit Controllers with ATA/100 ports
Intel® Chipset Intel chipset validated with Intel Pentium processor features support system speeds, single- dual-processor configuration, memory, high memory bandwidth, large memory capacity, second (64-bit/66 MHz) high-performance I/O.
PRODUCT
Memory Control (MCH)
PRODUCT CODE
FW82840
PACKAGE
FEATURES
Dual processing capability Dual memory channels 3.2Gbps memory bandwidth 16-bit wide implementation accelerated architecture high-performance concurrent with P64H port Direct connection with Intel® Accelerated Architecture Supports 32-bit controllers Dual ports System BIOS video BIOS Intel Random Number Generator (RNG) stronger encryption, digital signing, security protocols System BIOS video BIOS Intel® Random Number Generator (RNG) stronger encryption, digital signing, security protocols Supports 64-bit slots speeds either Connects directly using Intel Accelerated Architecture Dedicated path high-performance Converts each memory channel into expanded memory capacity
Control (ICH)
FW82801AA
Firmware Hub* Contact your local Intel field sales representative product availability Firmware Hub*
N82802AB
PLCC
E82802AC N82802AC
TSOP PLCC
*Must purchased separate component
Optional components Intel® chipset: 64-bit Controller (P64H) FW82806AA
RDRAM Memory Repeater (MRH-R)
FW82803AA
Processors Chipsets
Intel® Intel® 815E Chipsets Intel Intel 815E chipsets provide highest degree processor scalability supporting Intel Celeron processor Intel Pentium processor with 512K cache 1.26 GHz. chipsets support processor side speeds MHz. Intel Intel 815E chipsets also provide graphics scalability through Intel® graphics, add-in Graphics Performance Accelerator (GPA) card, add-in card.
PRODUCT
Graphics Memory Controller (GMCH)
PRODUCT CODE
FW82815
PACKAGE
FEATURES
Intel® Accelerated Architecture 133/100/66 PC133/100 SDRAM, Integrated scalable graphics Intel® graphics with direct Overall cost savings External port with option dedicated display cache video memory Direct connection GMCH with Intel Accelerated Architecture Supports 32-bit Controllers with ATA66 Dual ports AC'97 controller with Channel Sound Direct connection GMCH with Intel Accelerated Architecture Supports 32-bit Controllers with ATA100 Four ports AC'97 controller with 6-Channel Sound Integrated System BIOS video BIOS Intel® Random Number Generator (RNG) stronger encryption, digital signing, security protocols System BIOS video BIOS Intel Random Number Generator (RNG) stronger encryption, digital signing, security protocols
Control (ICH) Intel®
FW82801AA
Control (ICH2) Intel® 815E
FW82801BA
EBGA
Firmware Hub* Contact your local Intel field sales representative product availability Firmware Hub*
*Must purchased separate component
N82802AB
PLCC
E82802AC N82802AC
TSOP PLCC
Intel® Intel® 810E2 Chipsets Intel chipset provides processor scalability supporting Intel Celeron processor Intel Pentium processor above, with processor side speeds MHz. Intel 810E2 chipset adds support processor side speed. These chipsets optimize system memory arbitration, similar technology, resulting more responsive cost-effective system. They help reduce overall system cost integrating graphics into memory controller.
PRODUCT
Intel® Graphics Memory Controller (GMCH)
PRODUCT CODE
FW82810
PACKAGE
FEATURES
Intel® Accelerated Architecture 66/100 PSB, PC66/100 SDRAM, Intel® graphics with Direct Overall cost savings Intel Accelerated Architecture 66/100 PSB, PC66/100 SDRAM, Intel graphics with Direct Overall cost savings Optional dedicated display cache video memory (100 MHz) Direct connection GMCH with Intel Accelerated Architecture Supports 32-bit Controllers with ATA66 Dual ports AC'97 controller with 4-channel sound Direct connection GMCH with Intel Accelerated Architecture Supports 32-bit Controllers with ATA100 Four ports AC'97 controller with 6-channel sound Integrated System BIOS video BIOS Intel® Random Number Generator (RNG) stronger encryption, digital signing, security protocols System BIOS video BIOS Intel Random Number Generator (RNG) stronger encryption, digital signing, security protocols
Intel® 810E2 Graphics Memory Controller (GMCH)
FW82810E
Control (ICH) Intel®
FW82801AA
Control (ICH2) Intel® 810E2
FW82801BA
EBGA
Firmware Hub* Contact your local Intel field sales representative product availability Firmware Hub*
*Must purchased separate component
N82802AB
PLCC
E82802AC N82802AC
TSOP PLCC
Processors Chipsets
Intel® 440BX AGPset Intel Pentium processor, Intel Pentium processor-Low Power, Intel Pentium processor-Low Power, Intel Celeron processor Intel Celeron processor-Low Power families supported Intel 440BX AGPset. system controller provides support SDRAM, interface bus, interface port. PIIX4E provides interface, support, many other features necessary maintain compatibility. Intel 440BX AGPset operates both MHz, providing plenty headroom future generations Intel Pentium Intel Celeron processors. Both chips Intel 440BX AGPset package providing improved layout signal integrity.
PRODUCT
Intel 440BX Northbridge Intel® PIIX4E Southbridge
PRODUCT CODE
FW82443BX FW82371EB
PACKAGE
PIIX4E
FEATURES
AGPset support, 66/100 SDRAM, 66/100 Support ACPI-compliant power management ECC, parity application critical environments Concurrent
Intel® 440MX PCIset Intel 440MX low-power, single-component chipset specifically designed reduce system cost, space power. Intel 440MX chipset supports low-power Intel Celeron Intel Pentium designs. Intel 440MX offered small form factor, Ball Grid Array (BGA) package with typical power dissipation 2.1W making effective solution fanless applications.
PRODUCT
Intel® 440MX
PRODUCT CODE
FW82443MX100
PACKAGE
FEATURES
Combines Intel® 440BX AGPset core architecture PIIX4 southbridge into single chip Advanced power management features AC'97 link interface based Intel® AC'97 Specification PC100 SDRAM
Intel® PCIsets Intel® 430TX PCIset high integration two-chip solution with packaging, which minimizes board real estate requirements while reducing failure points. closes power consumption enables applications delivering mobile-style power management with highest performance. Intel 430TX PCIset available extended temperature range (-40° +115°C), which enables complete solution when joined with lower-power Intel Pentium processor extended temperature version. Intel® 430HX PCIset two-chip solution featuring uncompromised memory timings, optimized performance, additional buffering arbitration writeback enhancements. Intel 430HX PCIset also supports USB, parity.
PRODUCT
Intel® 430HX Northbridge Intel® PIIX3 Southbridge
PRODUCT CODE
FW824391HX SB82371SB
PACKAGE
PIIX3
FEATURES
2.1, Mbit DRAM, PSB, cache controller Concurrent support ECC, parity application critical environments 2.1, PSB, SDRAM, cache controller Optimized Pentium® processor with MMXtechnology Dynamic Power Management Architecture SDRAM Support Support Concurrent Ultra hard drive protocol
Intel® 430TX Northbridge Intel PIIX4E Southbridge
FW82439TX FW82371EB
MTXC PIIX4E
Processors Chipsets
EMBEDDED
INTEL
REFERENCE
DESIGNS
CONFIGURATIONS
mbedded Intel Architecture reference designs support developers variety market segments, including communications, storage, interactive clients, learning solutions, print imaging. These reference designs used off-the-shelf market-ready design, further customized support additional value-added features. This allows developers focus technical resources strategic product innovation customized applications order accelerate time-to-market while reducing risk hardware development. Schematics available download cost from Intel's Developer site. addition, Intel's growing family reference designs provides these benefits: Accelerated economical implementation leading-edge technologies Shortened platform selection design cycle Simplified customization with scalable flexible platforms Extended component life cycles broad software application support
Reference Designs Communications ntel provides building blocks that work together specific configurations accelerate development networked storage other communications applications, including load balancing, network attached storage storage area networking equipment, network security, Virtual Private Networks, Voice over (VoIP), caching. With these proof-of-concept designs, including downloadable schematics, developers quickly develop boards that scale processor performance.
COMMUNICATIONS
PRODUCT PROCESSOR
APPLIANCE
SPEED
REFERENCE
CHIPSET
Intel E7501 Intel E7501 Intel 845E
DESIGNS
ETHERNET
82546, 82551 82559, 82554GC 82551QM, 82540EM 82559, 82562ET 82559ER, 82562ET 82559ER 82551ER 82559ER 82559ER
CATEGORY
Performance Performance Value Value Value Value Entry Entry Entry
Performance Intel® Pentium® processor Communications Appliance Intel® E7501 Dual Intel® Xeonprocessors Voltage Intel Xeon processors Intel® 845E Intel® Pentium® processor Mobile Intel® Pentium® processor-M Intel® Communications Intel® Celeron® Intel® Pentium® processors Intel® 815E Intel Celeron Intel Pentium processor Intel® Intel Celeron Intel Pentium processor Intel® 815E Entry Ultra Voltage Intel Celeron processor Intel® 440MX Entry-Level Intel Celeron processor-Low Power Intel® 440BX Entry-Level Intel Celeron processor 300A
1.6-2.4 1.7-2.4 MHz-1.26 566-733 300-700 400-650
Intel 815E GMCH +82801E C-ICH Intel 815E Intel Intel 815E Intel 440MX Intel 440BX/PIIX4E
INTEL
PRODUCT
NETSTRUCTURE
PROCESSOR
BOARD
SPEED
REFERENCE
CHIPSET
DESIGNS
ETHERNET
82546, 82550 82546
ETHERNET PORTS
Dual Gigabit Dual Gigabit
5524 High Performance Dual Intel® Pentium® Processors with 512K Cache 5515 Value Intel® Pentium® processor-M
ServerWorks* Intel 845E
BLADE
PRODUCT
REFERENCE
PROCESSOR
CONFIGURATION
SPEED
300-700
CHIPSET
Intel® 440MX
ETHERNET
CATEGORY
Entry
Intel® 440MX Entry PrPMC Ultra Voltage Intel® Celeron® processor Intel® Pentium® processor-Low Power
Processors Chipsets
Interactive Client Reference Configurations nteractive Clients widely used variety market segments including retail, hospitality other environments where financial, information, other transactions take place. Applications interactive clients evolving from simple processing financial transactions, such cash register ATM, becoming integral part business environment. Interactive Clients being used interface other enterprise resources business-critical applications such targeted marketing, Customer Relationship Marketing (CRM), labor management, employee training. Kiosks other self-service terminals being rapidly deployed provide more customer access points on-premises, provide access goods services that immediately available on-site. Interactive Client development also includes integration numerous peripherals system might use, including network interfaces, audio, touch screens, pole displays, cash drawers, scanners, printers, other peripherals.
PRODUCT PROCESSOR SPEED
2.53 400-650 566-866 300-850 566-866
CHIPSET
Intel® 852GME chipset with ICH4 Intel 845E Intel 815E Intel Intel Intel
ETHERNET
82551QM, 82540EM, 82562EZ 82551 82551ER 82562ET 82559ER 82562ET
CATEGORY
Performance Scalability Performance Low-Power Value Value Value
Intel® with Intel Pentium processor Intel® Pentium® processor Intel® 845E Intel Pentium processor Intel® Pentium® Processor-M Intel® 815E Ultra Voltage Intel® Celeron® processor Intel® Intel Pentium Intel Celeron processor Intel® Intel Pentium Intel Celeron processor Embedded Client Intel Intel Pentium Intel Celeron processor
Intel® Print Imaging Reference Configurations ncreasing pages minute transition color driving need increased performance Intel® Print Imaging solutions continue bring increasing benefit enterprise. These high-performance, scalable, low-power Print Imaging reference configurations offer: High performance, high bandwidth maximum performance, ideal high bandwidth applications such high-speed color commercial print solutions. Scalability, performance value, designed applications such midrange multi-function units digital copiers. power value, intended low-power fanless applications such entry-level color laser fast monochrome printers.
PRODUCT
Intel E7501 Intel® 845GV Intel® 845E Intel® 815E
PROCESSOR
Intel Xeon processor Intel® Pentium® Intel® Celeron® processor Intel Pentium Intel Celeron processor Intel® Pentium® Intel Celeron processor
SPEED
1.7-2.2 1.26
CHIPSET
Intel E7501 Intel 845GV Intel 845E Intel 815E
ETHERNET
82551, 82559 82551, 82559 82551, 82559 82551, 82559
CATEGORY
High Performance Scalable Scalable Power
Processors Chipsets
Reference Configuration Student Learning Station ntel Architecture-based processors, chipsets other components used designs student learning terminals.
PRODUCT PROCESSOR SPEED
300A, 366,
CHIPSET
Intel®
ETHERNET
82559
CATEGORY
Entry
Student Computing Station Intel® Celeron® processor
Development Kits ntel provides wide selection development kits support products roadmap. These kits offered with supporting documents evaluation software from independent software vendors. Intel's development kits designed minimize customers' development efforts facilitate quick time-to-market.
PRODUCT NUMBER
EID875PDEVKIT
PRODUCT NAME
Intel® 875P with Intel® 6300ESB Chipset
PROCESSOR SUPPORT
Intel® Pentium® processor, Intel® Pentium® Processor with Hyper-Threading Technology Intel® Celeron® processor Intel Pentium processor Intel Pentium processor Intel Pentium processor Dual Voltage Intel® Xeonprocessors (1.6 GHz) Dual Intel Xeon processor (2.4 GHz) Dual Intel Pentium processors (866 MHz) Intel® Celeron® processor (566 MHz) through Intel Pentium processor (1.26 GHz) Intel Pentium processor (850 MHz) Intel Pentium processor (850 MHz) Intel Celeron processor (850 MHz) Intel Pentium processor (850 MHz) Intel Celeron processor (433MHz) Intel Celeron processor- Ultra Power (700 MHz) Intel Pentium processor- Power (500 MHz) Intel Celeron processor (2.0 GHz)
CHIPSET
Intel 875P Intel 6300ESB
PACKAGING
µFC-PGA
MEMORY
SDRAM 400/333/266
EIDPM855FBDVKT
EIDPM855HDDVKT EIDPME7501DEVKIT EIDXE7501DEVKIT
Intel® Pentium® Processor with Intel® 855GME Intel 6300ESB Chipset Intel Pentium Processor with Intel 855GME Intel® FW82801DB Intel Pentium processor with Intel® E7501 Intel E7501 Scalable Performance Board
Intel 855GME GMCH Intel 6300ESB Intel 855GME GMCH Intel E7501 chipset Intel® E7501
µFC-PGA
200/266/300 SDRAM SDRAM SDRAM DDR, expandable Dual RDRAM RIMMS SDRAM, expandable SDRAM SDRAM SDRAM
µFC-PGA µFC-PGA Socket
EIAP3840DEVKIT EIDP3815BDEVKIT
Intel® Pentium® Processor/Intel® Intel 815E Scalable Performance Board
Intel w/MCH, ICH, P64H Intel 815/815E
FC-PGA FC-PGA PC-PGA2
EIAP3FMBDEVKIT EIACEL18FMBDVKT
Intel® 440BX Scalable Performance Board Intel 440BX Scalable Performance Board
Intel 440BX AGPset Intel 440BX AGPset
PC-PGA PC-PGA
EIACEL25FMBDVKT
Intel 440BX Scalable Performance Board
Intel 440BX AGPset
PC-PGA
SDRAM
EIDPLPMXDEVKIT
Intel® 440MX Scalable Power Board
Intel 440MX AGPset
µPGA
SDRAM, expandable SDRAM
EID845GVDEVKIT
Intel® 845GV Scalable Performance Board
Intel 845GV
Socket
DDR, expandable
Processors Chipsets
developer.intel.com/design
Intel Personal Internet Client Architecture
Accelerating Wireless Application Development convergence wireless phones handheld digital devices advancing daily. keep pace with this wave next-generation wireless devices, development hardware software must able occur along separate paths. open architectural framework Intel® Personal Internet Client Architecture (Intel® PCA) allows separate development applications communication subsystems speeds development deployment wireless Internet devices, applications, services. helps enable innovate wireless Internet devices, applications, services faster than ever before.
Design Independence ntel decouples applications subsystem from communication subsystem through open physical logical interface, while providing link memory subsystem. benefit: drive application development improve functionality reduce time-to-market, with independence from communication standards. Outstanding Flexibility ntel framework enables design single platform support broad range products, from cell phones smart phones PDAs automotive clients. Intel supports application compatibility across multiple levels hardware integration protect your platform design software investments. benefit: Intel provides consumer corporate users greater availability applications, broader deployment services networks, more capable wireless platforms. Applications developers will benefit from shorter development cycles open architecture that allows rapid adaptation applications across platforms devices, resulting faster time-to-market. It's these benefits that make easy understand Intel such wide industry support.
INTEL
PRODUCTS
ntel Application Processors: Intel processors, based Intel XScale® microarchitecture, deliver advanced integration, leadership multimedia performance superior power savings full-featured wireless cell phones, communicators PDAs.
INTEL
PXA27X
PROCESSOR
FAMILY
Intel® PXA27x processors first Intel XScale technology-based processors include Intel® Wireless MMXtechnology enable high-performance multimedia acceleration with industry proven instruction set.
Building Tomorrow's Handheld Today esigned from ground wireless clients incorporating latest Intel advances mobile technology, Intel PXA27x processor family redefines what wireless handheld incorporating innovative features while borrowing enhancing others from world Intel PXA27x processors first Intel XScale technology-based processors include Intel Wireless technology enable high-performance multimedia acceleration
developer.intel.com/design
Processors Chipsets
with industry proven instruction set. Another innovative feature Intel® Quick Capture Technology which provides industry's most flexible powerful camera interfaces capturing digital images video. while performance abounds Intel PXA27x processor, power consumption also critical component. capabilities Wireless Intel SpeedStep® Technology provide quantum leap forward low-power operation. Finally, Intel PXA27x family stacks Intel StrataFlash® memory low-power SDRAM with processor more functionality smaller footprint. Advanced Multimedia Capability nstead using additional processors accelerators that reduce battery life, Intel Wireless technology provides advanced multimedia instructions that will help bring desktop-like multimedia performance Intel PXA27x processor-based clients while minimizing power needed rich applications. Intel Wireless technology builds Intel® MMXtechnology originally introduced Pentium® processor family, enabling large number software developers already familiar with these instructions quickly make their applications such gaming, streaming MPEG4 video, wireless encryption/decryption, Digital reception voice recognition available Intel®-based cell phones PDAs.
High-Quality Pictures Video Cell Phone, ability send receive digital pictures video clips been fastest-growing developments cell phone segments worldwide. Intel Quick Capture Technology, interface that allows imaging capabilities incorporated into phones PDAs, improves image quality reduces overall cost adding digital image capabilities mobile devices. Intel Quick Capture Technology designed provide ability capture live video high-quality still images from wide range camera sensors current future camera-enabled mobile handsets PDAs. Performing image processing Intel PXA27x processor reduces need external preprocessor, helping save both cost power. Intel Quick Capture Technology consists three primary modes operation: Quick View mode (providing lowpower, real-time previews), Quick Shot mode (providing high-resolution image capture megapixels) Quick Video mode (providing full-motion, high-quality video capture). Steps Lowering Power irst available Intel PXA27x processor family, Wireless Intel SpeedStep Technology provides ability dynamically adjust power performance processor based demand. This result significant decrease power consumption wireless handheld devices increase standby talk-time. Wireless Intel SpeedStep Technology advances capabilities functions already built into Intel XScale microarchitecture incorporating three low-power states using advanced Wireless Intel SpeedStep Power Manager Software intelligently manage power performance needs user. technology able change both voltage frequency on-the-fly, saving additional power while still providing necessary performance rich applications.
Processors Chipsets
developer.intel.com/design
Using Wireless Data Faster ooking application processors communications products today non-standard, high-power, slow performing prospect. Enter Intel® Mobile Scalable Link (Intel® MSL) next-generation, scalable, low-power communications link between application processors communication processors. This dedicated link created Intel help meet industry requirements high-speed interface supply next-generation clients with data from nextgeneration networks. Intel supports multiplexed interfaces data voice, while supporting simultaneous transfers speeds 416Mbps. result quicker development times faster time-to-market, longer battery life, improved real-time video telephony multimedia streaming clients. Intel will incorporated into future Intel® processor products designed wireless, handheld devices. Getting More from Less wireless handheld market segment, space everything. Customers demanding thinner, lighter more flexible handhelds that sacrifice features. challenge integrate features that customers want while simultaneously reducing size weight wireless handheld devices packaging. Intel PXA27x processor family paves toward thinner, lighter designs stacking variations Intel® Flash low-power SDRAM space-saving 14x14-mm package. PXA27x processor family supports tight space requirements today's wireless handheld applications while providing scalable solutions tomorrow's generation platforms. Trusted Hardware Solution Intel PXA27x processor family incorporates Intel® Wireless Trusted Platform that designed provide platform trust robust security services required today's wireless devices. Built around concepts developed Trusted Computing Group* (TCG) industry forum, Intel Wireless Trusted Platform comprised hardware software components that designed provide services such secure boot, secure storage private information keys, cryptographic acceleration, management support common security protocols such Virtual Private Networks (VPN), Secure Sockets Layer (SSL), Open Mobile Alliance Digital Rights Management (OMA-DRM). Intel Wireless Trusted Platform also provides tools enable OEMs prevent reprogramming International Mobile Equipment Identifiers (IMEI) thus helping reduce handset theft fraud.
Development Ecosystem ntel leader creating comprehensive developer ecosystems processors. Intel PXA27x processor family products code compatible with ARM* Intel XScale technology-based solutions providing opportunity developers manufacturers maintain their code investments. addition, Intel PXA27x family will supported ecosystem reference platforms compilers, debuggers, code analyzers, codecs, integrated primitives performance, graphics security. addition, Intel will make available board support packages that include drivers power management software Linux, Palm* Symbian*, Microsoft (CE.Net*, Smartphone* Pocket PC*) well Nucleus* SavaJe*. number third-party applications developers optimizing Intel Wireless technology today, through Intel's Wireless Competency Center's worldwide. this provides manufacturer with most exhaustive choices software development hardware industry.
developer.intel.com/design
Processors Chipsets
Intel® PXA27x Applications Processor Advantage
FEATURES BENEFITS
Intel XScale® Technology Secure Solution
Highly scalable core Intel® Wireless Trusted Platform: Security trusted services such trusted boot, secure storage private information, support security protocols such VPN, SSL, OMA, IMEI OMA-DRM Familiar Intel® Wireless MMXtechnology instructions designed high-performance multimedia, games advanced video Intel® Quick Capture technology supports Megapixel cameras capturing digital images, video low-power, real-time previews Dual-Panel 24-bit color. Hardware color space conversion with Kbytes on-chip SRAM faster video. overlays reduce bandwidth. Integrated with Intel Quick Capture technology enable fast video preview. Wireless Intel SpeedStep® technology with five low-power modes change frequency voltage dynamically. Wireless Intel SpeedStep Power Manager software enables built-in, intelligent power management Intel® Mobile Scalable Link provides Mbps link between communications applications processors Host/Client 4-bit MMC/SDCard Memory Stick USIM card interface Keypad controller PCMCIA/CF memory supports variety 1.8V, 2.5V, 3.0V 3.3V memory greater memory density flexibility Mbytes Intel StrataFlash® Memory Mbytes Intel StrataFlash Mbytes Low-Power SDRAM
Incredible Multimedia Advanced Camera Interface Enhanced Controller
Reduced Power Consumption
Fast Access Wireless Data Large Peripheral
Memory Interface Less Space
Processors Chipsets
developer.intel.com/design
INTEL
PXA255
PROCESSORS
Wireless Internet Content Intel Speed obile wireless devices simplify lives, keep entertained increase productivity. Each businesses individuals rely them more more. But, continue satisfying ever-increasing customer demands communicate access information anytime, anywhere, manufacturers need technologies that deliver high performance, flexibility robust functionality-all small-size, low-power framework portable, battery-powered products. Intel Personal Internet Client Architecture (Intel PCA) applications processors with Intel XScale technology push handheld device functionality heights. With seven-stage pipeline faster processing speeds, these microprocessors enable wireless devices meet performance demands Enterprise-class wireless computing feature-hungry technology consumers. while Intel's power management capabilities deliver unparalleled operating efficiency. reducing component count board space, lowering power consumption, minimizing system costs shortening time-to-market, Intel applications processors deliver solid competitive advantage superior handheld devices. Intel® PXA255 High-Performance Applications Processor Packing feature-rich devices with multimedia performance. advanced devices that most impactful mobile applications, Intel® PXA255 Applications Processor answer. This highly integrated, 32-bit RISC processor combines efficiency Intel design with industry-standard ARM* v.5TE instruction architecture processing power built-in multimedia capabilities superior performance unmatched handheld functionality. This enables increased end-user functionality, longest battery life richer handheld Internet experience. Based Intel XScale technology, Intel PXA255 cost-effectively boosts processing speed power management industry's best MIPS/mW ratio. Larger memory caches gated clocks ensure faster functions with lower power dissipation. processing capabilities Intel PXA255 enable portable devices respond faster optimized operating systems performance-intensive applications like audio decode, MPEG4 video decode, speech handwriting recognition, Java* interpretation. From surfing animated sites streaming video mixing MP3s, Intel PXA255 delivers processing power superior performance.
Development Framework Wireless Advancement utstanding performance power consumption only beginning when develop with Intel PXA255 applications processor. robust software hardware development environment offers large library ARMcompliant applications tools, well array wireless operating systems tool chains ease application development system prototyping. Intel® Integrated Performance Primitives (Intel® IPP) library promises easy access array low-level, cross-platform software algorithms high-demand communications, signal processing, mathematics media functions. Intel IPP's highly optimized implementation helps reduce battery consumption through more efficient execution, enables developers focus value-add features, speeds time-to-market. With Intel development ecosystem, have resources need deliver features your consumers want- efficiently effectively. Intel® Personal Internet Client Architecture blueprint next-generation wireless development Intel Personal Internet Client Architecture (Intel PCA), next generation wireless Internet devices, applications services hand. This open, standards-based architecture separates communication computing subsystems parallel development related wireless devices hardware software. scalability Intel platform ensures compatibility with leading operating systems global wireless standards make porting applications services across devices platforms easy efficient. with superior performance optimized Intel® wireless hardware software building blocks, Intel makes promise dynamic, multimedia wireless Internet reality.
developer.intel.com/design
Processors Chipsets
Intel Developer Network offers device manufacturers, service providers application developers easy access applications, tools services that speed market penetration encourage consumer adoption Intel PCA-based products. This Web-based community offers platform software development kits; programming tools; software building blocks; technical information; marketing program opportunities; community networking; market exposure help developers build value their Intel products, applications services. Intel® PXA255 At-A-Glance:
High Performance:
Low-power, high-performance 32-bit Intel XScale core-based CPU-200, 300, 400MHz Architecture v.5TE compliant application code compatible with Intel® SA1110 processor rapid upgrade Intel® Super pipelined RISC technology utilizing advanced Intel® 0.18µ process high core spees power Intel® Media Processing Technology including 40-bit accumulator 16-bit SIMD enhance audio/video decode performance High-performance glue-less burst page mode interfaces with Synchronous Intel StrataFlash® Memory power Turbo modes optimal battery life data instruction caches Mini data cache streaming data Support 3.3V memories Integrated Memory PCMCIA/Compact Flash Controller with Memory Bus, 16-bit 32-bit ROM/Flash/ SRAM (six banks), 16-bit 32-bit SDRAM, SMROM (four banks), well PCMCIA Compact Flash added functionality expandability System Control Module includes dedicated general-purpose interruptible ports, real-time clock, watchdog interval timers, power management controller, interrupt controller, reset controller, on-chip oscillators Peripheral Control Module offers 16-channel configurable controller, integrated controller with unique fast color screen support, Bluetooth* I/F, serial ports (IrDA, I2C*, I2S*, AC'97, three UARTs, SSP), point interface, MMC/SD Card Support expandable memory functionality 17x17 256-pin PBGA
Power:
Expansion:
Wireless:
Intel® PXA255 Applications Processor Advantage
FEATURES BENEFITS
High-performance, low-power Intel XScale® core 200, MHz. Micro-power management including low-power modes Turbo mode application acceleration Intel® Media Processing Technology Enhanced Memory Controller
Ideal high-performance personal digital assistants wireless communicators Optimized audio video multimedia functionality Supports lower power 2.5V 3.3V 32-bit 16-bit memories well glue-less burst page mode interfaces with Synchronous Intel StrataFlash® Memory Expandable storage device support Fast host synchronization Efficient communications integration Broad inter-device communication Add-on functionality capabilities
MMC/SD PCMCIA/CF Card support Client 1.84 cellular baseband interface Bluetooth* interface Variable latency
Processors Chipsets
developer.intel.com/design
INTEL
PXA26X
PROCESSOR
FAMILY
ideal solution low-power, space-sensitive cellular phone market segment, Intel® PXA26x processor family takes portable multimedia processing integrated memory breakthrough application performance levels physical space savings. Intel PXA26x processor family continues promise delivering leadership building blocks based Intel Personal Internet Client Architecture (Intel PCA) wireless, handheld market segment. Intel® PXA261 Intel® PXA262 processors first Intel processors based Intel's Multiple-Chip Product (MCP) packaging technology. This innovative technology utilizes Intel XScale technology-based processor with integrated peripherals which "stacked" single package with either (Intel PXA261) (Intel PXA262) Intel StrataFlash memory utilizing internal 16-bit wide memory data bus. This enables higher levels integration space savings than previous generations standalone products. Based Intel XScale technology, Intel PXA26x processor family delivers high performance power, while providing processing capabilities that allow wireless handsets respond quickly performance-intensive applications like MPEG4 video decode, speech handwriting recognition, Java interpretation. Featuring integrated peripherals, Intel PXA261 Intel PXA262 processors offer wireless designers expanded functionality, such integrated controller with Direct Memory Access (DMA) well Multi-Media, Secure Digital CompactFlash (MMC/SD/CF) card support expandable memory greater versatility. variety communication ports, including Universal Serial (USB), Infrared (IrDA), AC'97 audio codec interfaces, high-speed Bluetooth* Baseband interfaces, Universal Asynchronous Receive Transmit (UART), Synchronous Serial Port (SSP) enable fast synchronization communication with other devices. Manufactured using Intel's 0.18-micron process technology, integrated Intel StrataFlash memory offers unprecedented value, performance reliability, remains industry's lowest cost-per-bit Flash memory solution featuring 2-bit-per-cell technology. Intel PXA26x processor family uses small 13x13x1.4 package, reducing board space placement costs using integrated component instead multiple discrete Flash processor components. Intel PXA26x processor family also provides enhanced scalability within same envelope, derivative configurations utilize same package same ball footprint, eliminating need redesign device's main Printed Circuit Board (PCB). Complementing Intel PXA26x processor family robust software hardware development environment. Developers have access large library ARM-compliant applications tools plus abundant wireless operating systems tool chains, including real-time interactive development systems. Developers these resources build libraries feature-rich, industry-leading applications Intel XScale technology-based products reduce overall time-to-market. Finally, Intel delivers Intel Integrated Performance Primitives (Intel IPP) Intel XScale technology-based processors that helps enable designers develop applications that ported Intel® processor Intel® Flash Data Integrator (Intel® FDI) Intel StrataFlash Memory which helps designers enable handheld devices handle complex features demands Internet storage data. This combination allows highly optimized platforms wireless handheld devices that incorporate benefits Intel PCA.
Applications
Data-enabled Cellular phones Smartphones Wireless Communicators
developer.intel.com/design
Processors Chipsets
Intel® PXA26x Applications Processor Advantage
FEATURES BENEFITS
Multi-Chip Product Packaging Technology Small package Scalability within same footprint
Helps reduce board size placement costs using component instead three discrete components Features 13x13x1.4 package, 0.65 ball pitch, balls Reduces design cycles allowing derivative configurations (from high entry level) same package same ball footprint, helping eliminate need redesign allows pin-for-pin drop-in alternate configurations Ideal wireless devices that require power advanced application performance. ARM* v.5TE compliant Offers low-power modes "Turbo mode" application improve processing acceleration with efficient power consumption Helps optimize audio video multimedia functionality through integrated 40-bit accumulator Supports lower power 2.5V 3.3V 16-bit memories well glue-less burst page mode interfaces with Synchronous Intel StrataFlash® memory Supports industry-standard expandable storage devices, including Multi-Media, Secure Digital CompactFlash cards Fast host synchronization with host Efficient communications integration with celluar baseband Broad inter-device communication through industry-standard wireless link Utilizes reliable proven two-bit-per-cell technology. High-performance high-density Intel® Flash memory. Synchronous burst mode maximizes MIPS
High-performance, low-power Intel XScale® core Micro-power management Intel® Media Processing Technology Enhanced Memory Controller
Storage Card support Client 1.84 cellular baseband interface Bluetooth* interface Intel StrataFlash Memory K3/L30
Intel® Cellular Processors: Intel Cellular Processors fully integrated cellular application processors that heart advanced total system solution today's GSM/GPRS mobile phones. Intel Cellular Processors deliver leading-class performance, with industry-leading application headroom voice computationintensive data applications. Intel® PXA800F Cellular processor: Intel PXA800F Cellular Processor designed mainstream GSM/GPRS handsets. This high-performance, power-efficient processor integrates Intel XScale technology with Intel® On-Chip Flash memory Intel® Micro Signal Architecture, jointly developed with Analog Devices, Inc.*, delivers class-leading performance, with industry-leading headroom support computation-intensive voice data applications mainstream mobile phones.
Product Highlights
Full GSM/GPRS Class solution High-performance/Low-power Intel XScale technology core, providing class-leading headroom rich data applications Intel Micro Signal Architecture Intel On-Chip Flash Memory
Processors Chipsets
developer.intel.com/design
Intel® PXA800F Cellular Processor Features Intel XScale® Technology
High-performance, power-efficient processor supports data-intensive applications Processor core operates adjustable clock frequency Instruction cache Data cache memories integrated Intel On-Chip Flash memory integrated SRAM Memory controller supports synchronous Flash mode, page mode Flash, SRAM, SDRAM, variable latency controller Clock units-GSM slow clocking, frame timing, watchdog, Supports wide range standard interfaces-SIM, UART, USB, I2C, SPI, SSP, Digital Audio Interface, MultiMediaCard, Secure Digital Card, Sony Memory Stick, Dallas* 1-Wire* Interface, keypad, D/A, JTAG Interfaces Bluetooth, IrDA, digital camera peripherals Controller display 16-bit color gray scale Performs GSM/GPRS baseband signal processing Modified Harvard architecture, dual-MAC, deep pipeline, execution clock Instruction cache dual-banked data SRAM integrated Intel On-Chip Flash field-upgradable signal processing firmware Includes microprocessor instructions such manipulation Includes cipher Viterbi accelerators Multiple sleep modes integrated power management minimize power consumption Interface support-digital I/Q, voice codec, auxiliary serial port mixed-signal analog baseband, audio codec interface, synthesizer serial control interface, JTAG Single bit-per-cell Flash stores data allows code executed place (XIP) on-chip memory required GSM/GPRS protocol stack entire RTOS could on-chip Flash, accelerating performance reducing power Potential reduce memory latency issues with time-critical applications
Intel® Micro Signal Architecture
Intel® On-Chip Flash Memory
Companion Chips: Companion chips highly integrated power-efficient components that complement leadership performance Intel SA-1110 processor providing capabilities designed emerging wireless multimedia applications.
developer.intel.com/design
Processors Chipsets
INTEL
2700G
MULTIMEDIA
ACCELERATOR
Intel® 2700G multimedia accelerator companion chip that, when paired with Intel PXA27x processor family, delivers hardware-accelerated video graphics handheld devices.
Product Highlights ext-generation communicators PDAs enable host entertainment-focused usage models such capturing sharing pictures video clips, video playback interactive gaming. introduction color LCDs improved user's visual experience multimedia applications. Intel 2700G multimedia accelerator companion chip that, when paired with Intel PXA27x processor family, delivers hardware-accelerated video graphics handheld devices. Intel 2700G enables rich graphics, high-quality video playback enterprise-worthy dual display without sacrificing battery life. Intel's multimedia accelerator line features products that differ their on-die memory configurations power display refresh. Intel® 2700G3 on-die memory Intel® 2700G5 on-die memory optimized resolution display devices. DVD-Quality Video Playback demands quality video playback driving development color LCDs, cameras, high-bandwidth connectivity handhelds. Intel 2700G designed accelerate leading handheld video formats, including MPEG-2, MPEG-4 Windows Media Video*. working closely with leading ISVs, Intel optimizes video players they deliver DVD-quality video playback Intel® platform.
Performance 2D/3D Graphics andsets PDAs have traditionally offered gaming experience comparable user's experience. Intel 2700G, together with Intel PXA27x processor family, designed enable level graphics gaming capabilities. Coupled with support standard APIs such OpenGL* JSR-184, software developers will able quickly port create brand-new, near PC-quality games handheld platforms. addition, traditional applications such graphical user interface will enjoy faster response times, quicker screen refreshes crisper icons. Power attery life most important considerations designing handheld device. multimedia capabilities increase, battery life typically decreases. Intel 2700G multimedia accelerator been designed from ground work with Intel PXA27x processor family provide balanced approach performance power. Using advanced power manufacturing process, chip designed power operating modes, extending battery life entertainment-oriented applications. Intel 2700G's highly optimized multimedia capabilities designed operate efficiently extremely low-power. offloading graphics video traffic, Intel 2700G helps enable Intel PXA27x processor handle other types traffic, such wireless connectivity audio content. power display refresh another power-saving feature Intel 2700G. Because handheld devices typically display refresh mode frequently during use, imperative that platform provides very power display refresh solution. Intel 2700G3 Intel 2700G5 have on-die memory configurations respectively. These chips designed refresh HVGA resolution displays using significantly less power than solutions refreshing from higher power external memory.
Processors Chipsets
developer.intel.com/design
Performance Dual Display Intel 2700G multimedia accelerator helps bring exciting dual display capabilities handheld devices. With support displays high resolution images, Intel 2700G helps allow business users connect their handheld devices projector deliver presentations while away from office. dual display capabilities also support independent content separate displays. first time, enterprise users will have unique ability view presentation notes their screen while their audience views presentation projector. Broad Market Support Intel 2700G multimedia accelerator meets needs broad market segment applications like telematics, portable media players industrial tablets. controller supports displays with resolutions 1280x1024 16-bit color advanced display features like partial display refresh.
FEATURES BENEFITS
Robust hardware video decode support MPEG-2, MPEG-4 Windows Media Video* Optimized video players Graphics acceleration hardware support Optimized games On-die memory configuration* Optimization Intel® PXA27x processor Performance dual display architecture Optimized dual display application INTEL
DVD-quality video playback
Designed deliver unprecedented handheld gaming experience
Balanced system performance power, extended battery life Enterprise-worthy dual display
STRONGARM*
SA-1111
Intel® SA-1111 companion chip provides integrated technology full-featured, versatile designs.
Product Highlights
Complements Intel SA-1110 Intel PXA25x processor's leadership performance/power attributes with advanced capabilities Provides highly integrated solution emerging wireless multimedia applications Provides design flexibility through wide range full-function interfaces Supported rich suite Intel® third-party hardware software development tools Intel SA-1111 companion chip, highly integrated power-efficient component, complements leadership performance Intel SA-1110 processor providing capabilities designed emerging wireless multimedia applications. Intel SA-1111 brings level integration portable wireless devices enables attributes such reduced component count, power dissipation high performance. Intel SA-1111 provides host controller, direct connection AC-link audio codecs, buffering PCMCIA slot slot, multiple additional interfaces. dedicated memory controller reduce bandwidth demands, maximize overall system performance. This rich suite features, combined with robust development environment, enables manufacturers bring competitive portable wireless devices market quickly.
Support Devices eaturing Universal Serial (USB) host controller, Intel SA-1111 companion chip enables integration with USB-compatible devices offloads Intel SA-1110 processor through data transfers. Intel SA-1111 compatible with Open Host Controller Interface (OHCI), Windows* USBD, 1.1. USB-compliant devices "plug play" with portable wireless products that incorporate Intel SA-1110 processor Intel SA-1111 companion chip.
developer.intel.com/design
Processors Chipsets
Integrated Interfaces Provide Scalable, Flexible Handheld Designs provide maximum design flexibility, reduce design time lower cost, Intel SA-1111 companion chip integrates broad spectrum interfaces. incorporates PS/2 ports, AC-link, serial ports audio, serial data port, outputs, PCMCIA interface, CompactFlash Interface, general-purpose (GPIO) pins. Intel SA-1111 companion chip's serial data port supports National Microwire*, Synchronous Serial Protocol (SSP), Motorola* Serial Peripheral Interface (SPI) serial protocols, enabling designs incorporating wide selection components that require serial communication. PCMCIA CompactFlash control logic buffers integrated within Intel SA-1111. This eliminates external devices, providing highly integrated, cost-effective low-power solution companions vertical handheld applications. Both controller serial audio controller make offload Intel SA-1110 microprocessor, freeing compute resources bandwidth. advanced interfaces features Intel SA-1111 companion chip offer broad flexibility support multiple cost-effective handheld configurations while minimizing time-to-market constraints. Intel SA-1111 packaged 256-pin mBGA. Power Consumption Minimizes Power Requirement selective clock-gating feature three power-down modes (idle, doze sleep) Intel SA-1111 minimize system power requirements. Intel SA-1111 power down individual functional blocks that power them quickly when they needed.
Development Tools ntel Integrated Performance Primitives: Intel Integrated Performance Primitives (IPP) provide rich powerful general multimedia signal processing kernels optimized maximum performance Intel Personal Internet Client Architecture (PCA) Applications Processors.
Intel® Integrated Performance Primitives Intel® PXA25x Intel® PXA26x family Processors, Version Beta Intel Integrated Performance Primitives (Intel IPP) provides cross-platform, low-level software interface that abstracts multimedia signal processing from Intel Personal Internet Client Architecture (Intel PCA) Processors. Intel includes broad range functions basic software functionality including general signal, image, speech audio processing, vector manipulation matrix math, well more sophisticated primitives construction audio, video speech codecs such (MPEG-1 Audio, Layer MPEG-4, H263, JPEG, GSM-AMR, G723.1 cryptography (DES, TDES, SHA1, RSA). Intel release Beta introduces additional primitives support following codecs/applications: MPEG4-Encoder (simple Profile) AAC-Decoder (Low Complex) MP3-Encoder JPEG 2000-Encoder/Decoder General audio processing-Echo cancellation, Rijndael/TDES cryptography application, more. With each function highly optimized underlying Intel Processors, Intel provides developers with powerfully simple maximize Intel® processor performance without writing assembly code.
Intel® Beta Documentation:
Learn more about powerful capabilities Intel IPP. Intel Integrated Performance Primitives Intel PXA26x Intel PXA25x family Processors Intel Product Brief Intel Case Studies
Processors Chipsets
developer.intel.com/design
download Intel® IPP, three easy steps required:
Register Intel Version Beta Check your e-mail. After registering, will sent e-mail with download instructions. customer haven't previously used Intel® Premier Support, will also receive second e-mail with your login password information. Follow instructions download Intel from Intel Premier Support site.
Intel® Release Notes:
Intel® Microsoft Pocket 2002 Release Notes Intel® Linux* Release Notes Intel® Graphics Performance Primitives (Intel® GPP) Intel® PXA2xx Family Processors, Version Beta Intel® Graphics Performance Primitives (Intel® GPP) provide rich powerful graphics functions optimized Intel Personal Internet Client Architecture (Intel PCA) Applications Processors. Intel include broad range graphics functions including date-type conversion, arithmetic, trigonometric, vector, matrix, raster primitives. With each function highly optimized underlying Intel Applications Processors, Intel provide developers powerfully simple maximize Intel processor performance without writing assembly code.
Intel® V1.1 Beta Documentation:
Learn more about powerful capabilities Intel GPP. Intel Graphics Performance Primitives Intel® PXA2xx Family Processors Reference Manual
Intel® V1.1 Beta Library Download:
Intel V1.1 Beta release supports Microsoft Pocket 2002 Microsoft Smartphone* 2002 operating systems. Intel Graphics Performance Primitives: Installation Package Release Notes
INTEL
TECHNOLOGY
Intel XScale® Technology with Intel® Wireless MMXTechnology trend toward rich multimedia communications capabilities mobile devices growing. users handheld wireless market segment demand multimedia communication experiences similar those they enjoy their desktop-but mobile setting. meet that need, software developers require easy-to-use, general-purpose processor capabilities that provide performance necessary rich multimedia. Device manufacturers require that this accomplished without sacrificing battery power. Intel® Wireless MMXtechnology latest high-performance, low-power, seamless extension Intel XScale microarchitecture. Intel Wireless technology offers developers powerful instructions future Intel Personal Internet Client Architecture (Intel PCA)-based processors that will help enhance multimedia experience Intel PCA-based mobile devices. Developed from solid foundation Intel® Architecture (IA) technologies, Intel Wireless technology combines Intel technology instruction set, integer instructions from Intel® Streaming SIMD Extensions (Intel® SSE) plus several brand-new multimedia acceleration instructions unique Intel XScale microarchitecture. This powerful 64-bit Single Instruction Multiple Data (SIMD) architecture gives performance boost many applications including motion video, graphics combined with video, image processing, audio synthesis, speech synthesis compression, telephony, conferencing, graphics, graphics. Intel Wireless technology brings instructions Intel XScale microarchitecture enabled four primary capabilities: Intel® 64-bit Data Pipeline, Intel® Parallel Media Processing, Intel® Media Power On-Demand, Intel® Multi-Sample Technology. Intel 64-bit Data
developer.intel.com/design
Processors Chipsets
Pipeline tightly coupled Intel XScale microarchitecture pipeline resulting more efficient fast data transfers. Intel Parallel Media Processing allows Intel Wireless technology accelerate many applications, that perform calculations integer data repetitive sequential manner ability process 8-bit, 16-bit, 32-bit data elements parallel. Intel Wireless instructions interleaved with Intel XScale microarchitecture instructions thanks Intel Media Power On-Demand Technology, Intel Wireless technology only activated when required execute instructions. Finally, Intel Multi-Sample Technology helps improve multimedia algorithm performance utilizing large register file Intel Wireless store many intermediate results required when calculating multiple output values concurrently. This allows Intel Wireless instructions maximize data fetched from memory help accelerate audio/video performance help reduce power consumption. Intel Wireless technology defined simple. software developers have already utilized Intel technology Intel will find familiar programming environment Intel Wireless technology that will help speed porting existing code bases from Intel Architecture Intel PCA-based mobile devices. Intel Wireless technology general enough address needs large domain mobile software applications built from current future algorithms. Finally, Intel Wireless instructions used applications, codecs, algorithms, drivers. Intel® Micro Signal Technology:
Product Information
order address rapidly expanding market segment communications portable computing devices, Analog Devices (ADI) Intel jointly developed Micro Signal Architecture that incorporates both Digital Signal Processing (DSP) microcontroller functionality single core. Intel/ADI* core delivers vast improvements performance, programmability power consumption over traditional design. Both Intel will take Micro Signal Architecture core separately develop products based Intel® Micro Signal Architecture (Intel® MSA) incorporates Digital Signal Processor (DSP) microcontroller features single platform. combines highly efficient computational architecture with features more normally seen microcontrollers, such optimizations high-level language programming, memory protection byte addressing. This results ability execute highly complex tasks simple control tasks single core architecture. Intel ideal variety battery-powered communications consumer applications that require high-intensity signal processing strict power budget.
High Performance, Power ntel first architecture incorporate Dynamic Power Management (DPM) capabilities, delivering times normal battery life one-third peak performance. supports continuous monitoring software running architecture enables dynamic adjustments both voltage delivered core frequency which core runs (MHz). This results optimized power consumption performance real-time applications. Extended Computing with Intel XScale® Microarchitecture:
Utilizing Intel XScale®Technology
mart Displays* wireless flat-panel displays that used monitors when docked base desktop when detached, become mobile monitor using 802.11b wireless technology access information applications from desktop from anywhere home. Smart Displays utilizes industry-leading performance Intel XScale technology-based processors Intel StrataFlash memory. Some makers wireless Smart Displays such AboCom*, Fujitsu, Lite-On, MSI, Philips*, Tatung*, TriGem ViewSonic*-have selected Intel XScale technology-based processors power products that help enable wireless access throughout home. Smart Displays running Intel XScale technology available today retail from ViewSonic Philips, with products currently targeted released later this year from Fujitsu TriGem.
Processors Chipsets
developer.intel.com/design
Intel® Telematics Solutions Emerging Digital Products Services Telematics Design Center Intel® Telematics Design Center provides Web-based development technical support designing navigation, multimedia, hands-free phone, other in-car Internet products applications using Intel XScale technologybased processors. Intel® Wireless Building Blocks Telematics Product Intel supplying multimedia-capable components current next-generation cellular technology, including high-performance, low-power processors, flash memory, chipsets, software.
Intel® Portable Media Player Portable Media Player (PMP) type mobile entertainment product pioneered Intel. PMPs will small enough coat pocket will allow people take video, still pictures music with them anywhere they plane, train, bus, gym, hand kids sitting back seat during long drive. Intel®-based PMPs will feature high-quality video playback using Intel XScale technology-based processor. different types media transferred from Personal Video Recorder using fast Hi-Speed connection. Intel® Developer's Network: have idea innovative wireless product. have development solution that save other developers time make money. just need right marketing opportunities industry connections make success reduce time-to-market. today's competitive wireless environment, it's only matter what know, whom know. Membership Intel Developer Network gives fast access resources need. enhanced Intel® Developer Network Solutions Catalog extensive database third-party tools solutions that help developers identify connect with right silicon, hardware designs, board support platforms, independent software vendors, development tools, manufacturing resources. Intel® Developer Network Smart-Match Reference Configuration Tool makes recommendations based specific application platform requirements. member Intel Developer Network, just click away from community fellow developers help time-to-market reach customers innovative solutions based Intel PCA. Your membership opens door these exclusive opportunities.
developer.intel.com/go/PXA255
Processors Chipsets
Embedded Processor Overview
INTEL
PXA255
PROCESSOR
Designed Wide Range Embedded Devices umerous embedded portable consumer electronics devices simplify lives, keep entertained increase productivity. Each businesses individuals rely them more more. But, continue satisfying everincreasing customer demands communicate access information, manufacturers need technologies that deliver high performance, flexibility robust functionality-all small-size, low-power framework portable, battery-powered products. PXA255 application processor with Intel XScale® technology pushes device functionality heights. With seven-stage pipeline faster processing speeds, these microprocessors enable devices meet performance demands their customers. Coupled with Intel's power management capabilities, PXA255 delivers unparalleled operating efficiency. reducing component count board space, lowering power consumption, minimizing system costs reducing time-to-market, these applications processors deliver solid competitive advantage superior devices.
INTEL
PXA255
HIGH-PERFORMANCE
APPLICATIONS
PROCESSOR
Packing feature-rich devices with multimedia performance advanced devices that most demanding applications, Intel® PXA255 Applications Processor answer. This highly integrated, 32-bit RISC processor combines efficiency Intel design with industry-standard ARM* v.5TE instruction architecture processing power built-in multimedia capabilities superior performance unmatched handheld functionality. This enables increased end-user functionality, longest battery life richer experience. Based Intel XScale technology, Intel PXA255 cost-effectively boosts processing speed power management industry's best MIPS/mW ratio. Larger memory caches gated clocks ensure faster functions with lower power dissipation. processing capabilities Intel PXA255 enable portable devices respond faster optimized operating systems performance-intensive applications like audio decode, MPEG4 video decode, speech handwriting recognition, Java* interpretation. From surfing animated sites streaming video mixing MP3s, Intel PXA255 delivers processing power superior performance.
Development Ecosystem utstanding performance power consumption only beginning when develop with Intel PXA255 applications processor. robust software hardware development environment offers large library ARMcompliant applications tools, well array operating systems tool chains ease application development system prototyping. Intel® Integrated Performance Primitives (Intel® IPP) library promises easy access array low-level, cross-platform software algorithms high-demand communications, signal processing, mathematics media functions. Intel IPP's highly optimized implementation helps reduce battery consumption through more efficient execution, enables developers focus value-add features, speeds time-to-market. With Intel® development ecosystem, have resources need deliver features your consumers want-efficiently effectively.
Processors Chipsets
developer.intel.com/go/PXA255
Intel® PXA255 At-A-Glance:
High Performance:
Low-power, high-performance 32-bit Intel XScale® core-based CPU-200, 300, 400MHz Architecture v.5TE compliant application code compatible with Intel® SA1110 processor rapid upgrade Intel® Superpipelined RISC Technology utilizing advanced Intel® 0.18µ process high core speeds power Intel® Media Processing Technology including 40-bit accumulator 16-bit SIMD enhance audio/video decode performance High-performance glue-less burst page mode interfaces with Synchronous Intel StrataFlash® Memory power Turbo modes optimal battery life data instruction caches Mini data cache streaming data Support 3.3V memories Integrated Memory PCMCIA/Compact Flash Controller with Memory Bus, 16-bit 32-bit ROM/Flash/ SRAM (six banks), 16-bit 32-bit SDRAM, SMROM (four banks), well PCMCIA Compact Flash added functionality expandability System Control Module includes dedicated general-purpose interruptible ports, real-time clock, watchdog interval timers, power management controller, interrupt controller, reset controller, on-chip oscillators Peripheral Control Module offers 16-channel configurable controller, integrated controller with unique fast color screen support, Bluetooth* I/F, serial ports (IrDA, I2C*, I2S*, AC'97, three UARTs, SSP), point interface, MMC/SD Card Support expandable memory functionality 17x17 256-pin PBGA
Power:
Expansion:
Portable User Interface:
Intel® PXA255 Applications Processor Advantage
FEATURES BENEFITS
High-performance, low-power Intel XScale® core 200, MHz. Micro-power management including low-power modes Turbo mode application acceleration Intel® Media Processing Technology Enhanced Memory Controller
Ideal wide range embedded applications
Optimized audio video multimedia functionality Supports lower power 2.5V 3.3V 32-bit 16-bit memories well glue-less burst page mode interfaces with Synchronous Intel StrataFlash® Memory Expandable storage device support Fast host synchronization Efficient communications integration Broad inter-device communication Add-on functionality capabilities
MMC/SD PCMCIA/CF Card support Client 1.84 cellular baseband interface Bluetooth* interface Variable latency
developer.intel.com/go/PXA255
Processors Chipsets
EXTENDED
COMPUTING
WITH
INTEL
XSCALE
MICROARCHITECTURE:
Intel® Telematics Solutions Emerging Digital Products Services Telematics Design Center Intel® Telematics Design Center provides Web-based development technical support designing navigation, multimedia, hands-free phone, other in-car Internet products applications using Intel XScale® technology-based processors. Intel® Building Blocks Telematics Product Intel supplying multimedia-capable components including high-performance, low-power processors, flash memory, chipsets, software.
Intel® Portable Media Player Portable Media Player (PMP) type mobile entertainment product pioneered Intel. PMPs powered Intel XScale® Technology-based PXA255 processor allow users enjoy their favorite media anywhere, anytime. Intel®-based PMPs: Create exciting, feature rich high-quality user experience Enable users enjoy video, still images music device small enough coat pocket Accommodate quick transfer different types media from Personal Video Recorder using USB2.0 Deliver high video performance with battery consumption Delivering vision Portable Media Players, Intel continuously working with numerous consumer electronics industry leaders further develop portable media player ecosystem.
Processors Chipsets
Intel XScale Microarchitecture
INTEL
XSCALE
MICROARCHITECTURE
PRODUCT
OVERVIEW
Intel XScale® microarchitecture, wide range Internet applications optimized from ultra-low power consumption high-performance processing. Everything from handheld Internet devices enterprise Internet infrastructure products process rich content stages Internet. This high-performance, ultra-low-power microarchitecture compliant with Version instruction (excluding floating-point instruction set). microarchitecture surrounds ARM-compliant execution core with following: Instruction data memory management units Instruction, data mini-data caches Write, fill, pend branch target buffers Power management, performance monitoring, debug JTAG units Coprocessor interface coprocessor Core memory Intel XScale microarchitecture, when combined with peripherals, provides Applications Specific Standard Products (ASSP) targeted selected market segments. example, microprocessor core integrated with controller, multimedia controllers external memory interface. This gives OEMs ability develop
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