DDA09
Abstract: CYM7232S40HGC DDA05 DDA08 ds2 lio board cym7232s40 ud46 8116S DDB09 ADRS03
Text: controller supports 256K-, 1M-, 4M-, and 16M-deep DRAMs. DRAM Interface for the 64 -Bit EDC This controller , 64 -bit bus interface (M7232 only) · 32* or 64 -bit EDC versions - 1 -bit correct; 2-bit detect · , full-function DRAM controller and a pipelined/FIFO data multiplexer/demulti plexer with error correction for , R4000, or other interfaces. The controller module interfaces to the DRAM array through a Functional Description Logic Block Diagram ADDRESS RAS/CAS R/w DRAM ARRAY UPPER 64 DATA BITS AND CHECK
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64-bit
M7232
40-MHz
25-ns
read/80-ns
CYM7232
CYM7264
16-byte-wide
DDA09
CYM7232S40HGC
DDA05
DDA08
ds2 lio board
cym7232s40
ud46
8116S
DDB09
ADRS03
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1997 - R4640
Abstract: R4650 GT-64014 orion dmareq fast page mode dram controller
Text: Fast Page Mode DRAM controller - 512MB address space - Supports DRAM bank interleaving - 256KB-16MB device depth - 1 - 4 banks supported - 32-bit or 64 -bit data width - Parity supported - Zero , : +1-408.451.1404 GT-64014 System Controller for R4640 Processors Table of Contents 1 . Overview 5 1.1 , . 18 18 20 21 21 21 21 5. Memory Controller 22 5.1 DRAM Controller , the Memory Controller to DRAM and Devices 47 10.1 Working Without Data Latches
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GT-64014
R4640
32-bit
RV4640
RV4650
50MHz
160MB
64-bit
R4640
R4650
GT-64014
orion dmareq
fast page mode dram controller
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1998 - pci slot pinout
Abstract: Compact PCI Backplane Block Diagram GPR1 4mbyte flash eprom asynchronous dram DRAM Controller PCI Backplane GT-64010A IDT7M9532 IDT7M9533
Text: · 8Mbyte on board DRAM Fast Page/EDO DRAM 64 bit DRAM data path (1M x 64 ) · Two 72 Pin DRAM SODIMM sockets for DRAM expansion Fast Page/EDO DRAM 32 or 64 bit DRAM data path 4Mbyte to , a single bank of 1Meg x 64 . Parity is not supported by the on board DRAM . The expansion memory , DRAM SODIMMs are used (e.g., 1Meg x 32), and two banks are supported when double bank DRAM SODIMMs are used (e.g., 2Meg x 32). The design can use any standard DRAM SODIMM containing from 4MB (1Meg x
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IDT7M9532
IDT7M9533
IDT7M9534
512KB
6550A
RV4650,
RV4700
RV5000
IDT7M9532/33/34
RV4650/RV5000
pci slot pinout
Compact PCI Backplane Block Diagram
GPR1
4mbyte flash eprom
asynchronous dram
DRAM Controller
PCI Backplane
GT-64010A
IDT7M9532
IDT7M9533
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1996 - AMD k6 addressing mode
Abstract: 82C691 CY2254ASC-2 CY27C010 CY82C691 CY82C692 CY82C693 CY82C694 cy82 amd k5 32 bit block diagram
Text: MB · Integrated 16K by 64 (128-KB) Pipelined BSRAM · Supports 6 banks of DRAM with up to 768 MB , Pentium Chipset system · Provides 64 -bit data path between CPU, PCI, and DRAM memory · 3.3V I/O CPU , transactions on the CPU, PCI, and DRAM buses. The 3.3V CPU bus interface contains an 8-deep, 64 -bit wide FIFO , Functional Overview The CY82C692 is a 64 -bit data path unit between the DRAM and CPU for the hC-VX and , registered inputs and outputs · 16K x 64 common I/O architecture · I/Os capable of 3.3V operation · Fast
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CY82C69x
CY82C691
CY82C692
128-KB
CY82C693
CY82C693U
CY82C694
128-KB
8Kx21
AMD k6 addressing mode
82C691
CY2254ASC-2
CY27C010
cy82
amd k5 32 bit block diagram
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1998 - GT-64010A
Abstract: IDT79RV4700 IDT7M9502 sim card processor Flash SIMM 80 64mb dram "32mb x 32" simm simm 256mb
Text: DRAM 64 -bit plus parity 8 64 Flash 32 Serial connector 64 -bit DRAM bypass path , : IDT79RV4700 processor, Galileo GT-64010A system controller , DRAM memory, system Glue Logic, Flash/EPROM and , addition the GT-64010A contains a DRAM controller and a DMA controller . The 7M9507 supports the , when single bank DRAM SIMMs are used (e.g., 1M x 32/36), and two banks are supported when double bank DRAM SIMMs are used (e.g., 2M x 32/36). The design can use any standard DRAM SIMM containing 4MB (1M
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IDT7M9507
IDT79RV4700
32-bit
100MHz
200MHz
50MHz
IDT7M9507
120-position
7M9507
GT-64010A
IDT7M9502
sim card processor
Flash SIMM 80 64mb
dram "32mb x 32" simm
simm 256mb
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1998 - design of dma controller using vhdl
Abstract: GT-64111 E1 TO Ethernet-MAC using vhdl 4321 display CMOS DIGITAL CAMERA 640x480 colour tv kit circuit diagram E1 PCM encoder Ethernet-MAC E1 using vhdl GALILEO TECHNOLOGY interface of rs232 to UART in VHDL
Text: - or 64 -bit DRAM banks - Read bypass supported for lower access latency Device controller - 5 , . GT-64111 Universal PCI System Controller for 32/ 64 -bit IDT RISController CPUs Features x x , , RC4700, RC5000, RC64475 x Description The GT-64120 is a single-chip PCI system controller for 64 , controller Direct interface to common SIA devices Programmable filtering of 1 /2K or 8K MAC addresses x , CPU clock frequency supported DRAM Controller x Write protectable by setting start block address
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GT-64010A:
RC4650/4700/5000/64475
32-bit
50MHz
256KB
512KB
GT64012
512Mbyte
64-bit
design of dma controller using vhdl
GT-64111
E1 TO Ethernet-MAC using vhdl
4321 display
CMOS DIGITAL CAMERA 640x480
colour tv kit circuit diagram
E1 PCM encoder
Ethernet-MAC E1 using vhdl
GALILEO TECHNOLOGY
interface of rs232 to UART in VHDL
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OPTi-486WB v 1.1
Abstract: 82C491 82C493 82C392 OPTi-486WB OPTi chipset 486 opti 486 chipset opti 82c206 weitek Opti 82C491
Text: on-chip comparitor determines cache hit or miss up to 64 -MB of local high-speed, page-mode, DRAM memory , . integrated write-back cache controller with tag comparitor. page-mode DRAM controller burst line fill , overwritten. The controller writes the 16-byte line from cache memory to the DRAM , then reads the new line from DRAM into cache memory. The controller asserts TAGWE# and CAWE(3:0). This cycle is called a , 256 512 Speed 33MHz 25ns 50MHz 20ns * DRAM at minimum wait state 8 32 64 64 2.4
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OPTi-486WB
82C491/82C392/82C206)
82C491/82C392
82C491
OPTi-486WB v 1.1
82C493
82C392
OPTi chipset 486
opti 486 chipset
opti 82c206
weitek
Opti 82C491
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1998 - EV-48004A
Abstract: gt-64011-p GT-32011 GT-64111 DLink ADSL GT-64010A GT-64120 R4640 GT48006A GT-48006-P
Text: system peripherals needed to build a highperformance 64 -bit MIPS system: DRAM controller , device , controller - 512Mbyte address space - Programmable timing - 32- or 64 -bit DRAM banks - Read bypass , key system peripherals needed to build a high-performance 64 -bit MIPS system: DRAM controller , the key system peripherals needed to build a high-performance 64 -bit MIPS system: DRAM controller , asynchronous to the other buses · Page mode and EDO DRAM controller - 512Mbyte address space with 32- or 64
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S-163
EV-48004A
gt-64011-p
GT-32011
GT-64111
DLink ADSL
GT-64010A
GT-64120
R4640
GT48006A
GT-48006-P
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uP1514
Abstract: IDT79R3721 DRAM 4M x 8 25mhz SIGNAL PATH DESIGNER cs 9051 A25A
Text: address, RAS, and CÃS ⢠Wide variety of DRAM subsystems supported â 256K x 1 through 4MB x 4 DRAM , family CPU selected. Figure 1 illustrates the block diagram of the R3721 DRAM controller . The R3721 DRAM , ) Address assignment for 256k x 4 and 256k x 1 DRAMs 9051 m 01 DRAM Address Interleaved Non-Interleaved , 1M x 1 and 1M x 4 D RAMs 9051 tbi 02 DRAM Address Interleaved Non-Interleaved Column(10:0) A(13:3 , densities of DRAM The R3721 allows the system designer to use DRAM densities from 256k x 1 through 4M x 4
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R3051
IDT79R3721
R3041/51/81
100ns
84-pin
J84-1
79R3721
uP1514
DRAM 4M x 8 25mhz
SIGNAL PATH DESIGNER
cs 9051
A25A
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edto 116.4
Abstract: DDA13 DDA05 d45u DDA31 ADRS05 D0C03
Text: CYPRESS SEMICONDUCTOR Features · 4-megabyte to 1 -gigabyte capacity · 32- or 64 -bit bus interface (M7232 only) · 32- or 64 -bit EDC versions - 1 -bit correct; 2-bit detect · Multiplexed or non-multiplexed , controller module interfaces to the DRAM array through a 16-byte-wide data bus plus ehcck bits, a 12-bit row , -bit-wide data CYM7264, each set contains two FIFOs that are 64 bits wide by 8 path to the DRAM array. The , MHz four total of 156 bits. For the 64 -bit EDC version, the data word con DRAM timing resolution
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64-bit
M7232
50-MHz
20-ns
read/80-ns
CYM7232
CYM7264
CYM7264
edto 116.4
DDA13
DDA05
d45u
DDA31
ADRS05
D0C03
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2004 - DDR2 DIMM VHDL
Abstract: 3CA3F DS414 DDR2 SDRAM Controller JESD79-2A 1446-69 sdram controller CLK180 DS532 interface ddr2 sdram with spartan3
Text: OPB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller Table 1 : MCH OPB DDR2 SDRAM , OPB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller Table 1 : MCH OPB DDR2 SDRAM , www.xilinx.com 5 Multi-CHannel OPB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller Table 1 , DRAM (SDRAM) Controller DDR_Wakeup DDR_Sleep Cal_Clk1 MCH 0 IDELAY Logic1 MCH 1 Calib , Multi-CHannel OPB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller 0 DS532 March
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DS532
UG081
DS494
JESD79-2A
DS414
DS326
DS496
DDR2 DIMM VHDL
3CA3F
DS414
DDR2 SDRAM Controller
JESD79-2A
1446-69
sdram controller
CLK180
interface ddr2 sdram with spartan3
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uP1514
Abstract: R3721 IDT79R3721 IDT79R37
Text: . Delayed CS Settings NOTE: 1 . Rsvd bits must be written with "0" 6.4 8 IDT79R3721 DRAM Controller , <01992 Integrated D evice Technology, Inc. O C T O B E R 1992 6.4 DSC-9051/2 1 IDT79R3721 DRAM , fam ily CPU selected. Figure 1 illustrates the b lo ck diagram of the R3721 DRAM controller . The R3721 , posed of the R 305 1 , R3721 DRAM controller , and 73720 Bus Exchanger. Finally, the R3721 w ill provide , :11 ) Address assignment for 256k x 4 and 256k x 1 DRAMs DRAM Address Colum n(9:0) Row(9:0) Bank
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R3051
IDT79R3721
100ns
J84-1
IDT79R3721
84-Pin
79R3721
uP1514
R3721
IDT79R37
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GT64012A
Abstract: No abstract text available
Text: 256PQFP R4xxx CPU SysAD Bus 64 . BYPASS n Address El. - 1 DRAM - - 1 1 , desirable, or 64 -bit wide DRAM where higher memory performance is needed. The GT-64010 memory controller , of each bank can be 32- or 64 -bits. With these options, each DRAM bank size can vary from 1 Mbyte , /R4700) DRAM controller - Page mode and EDO/Hyperpage DRAMs - 512MB address space - 256KB - 16MB device depth - 1 - 4 banks supported directly - 32-bit or 64 -bit data width - Different size for each
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R4600/4650/4700CPUs
R4600,
R4700,
R4650
50MHz
64-bit
256KB
512KB
GT-64012
R4600/R4700)
GT64012A
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2005 - controller for sdram
Abstract: DDR2 SDRAM ECC ddr2 datasheet vhdl sdram Datasheet DDR2 SDRAM DIMM DDR2 DIMM VHDL ddr2, ibm sdram controller SDRAM unRegistered DIMM CLK180
Text: Specification www.xilinx.com 1 PLB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller (v1 , Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller (v1.01a) Table 1 : PLB DDR2 SDRAM Controller , 3 PLB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller (v1.01a) Table 1 : PLB DDR2 , PLB Double Data Rate (DDR2) Synchronous DRAM (SDRAM) Controller (v1.01a) 0 DS326 March 22 , SDRAM controller are shown in Table 1 . Table 1 : PLB DDR2 SDRAM Controller Design Parameters Generic
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DS326
JESD79-2A
DS458)
controller for sdram
DDR2 SDRAM ECC
ddr2 datasheet
vhdl sdram
Datasheet DDR2 SDRAM DIMM
DDR2 DIMM VHDL
ddr2, ibm
sdram controller
SDRAM unRegistered DIMM
CLK180
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NK3 4K7
Abstract: ic DAD 1000 0x84C I/O controller PCI interface
Text: used for 16/ 64 bit devices. . Galileo "us;!! Technology0 1 GT-64010A System Controller with PCI , x 0 0 8 Bits 14:0 Field Name Low Function DRAM banks 1 and 0 will be accessed when the decoded , 256KB or 512KB zero-wait-state secondary cache support by using GT-64012 (R4600/R4700) DRAM controller - , - 32-bit or 64 -bit data width - Different size for each bank Device controller - 5 chip selects - , 5 1 - 1 40 0 F ax: ( 4 0 8 ) 4 5 1 - 1 4 0 4 GT-64010A System Controller with PCI Interface for
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GT-64010A
R5000
R4600/4650/4700/R5000
50MHz
64-bit
256KB
512KB
GT-64012
R4600/R4700)
512MB
NK3 4K7
ic DAD 1000
0x84C
I/O controller PCI interface
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1998 - I-CUBE
Abstract: DRAM Controller FPGA Schematics 16 M 512kx8 dram simm BITBLASTER DRAM Controller FPGA Schematics 79RV4640 7M9510 IDT79RV4640 IDT7M9510 IEEE1386
Text: material: - 1 7M9510S100M - 1 8MB (2M x 32) EDO DRAM SIMM - 1 512KB (512K x 8) IDT/Sim Boot ROM - 1 set of , , Galileo GT-64011 PCI System Controller , DRAM memory, system glue logic (FPGA based), Flash/EPROM and dual , addition the GT-64011 contains a DRAM controller and a DMA controller . Further information can be found , signals for the 16552D Serial Port Controller . DRAM INTERRUPT STRUCTURE The main memory is , is supported when a single bank DRAM SIMM is used (e.g., 1M x 32), and two banks are supported when
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IDT7M9510
IDT79RV4640
IEEE1386)
100MHz,
150Mhz,
180MHz
50MHz
33MHz
72-position
I-CUBE
DRAM Controller FPGA Schematics 16 M
512kx8 dram simm
BITBLASTER
DRAM Controller FPGA Schematics
79RV4640
7M9510
IDT7M9510
IEEE1386
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1998 - Flash SIMM 80 64mb
Abstract: amd processor based Circuit Diagram Flash SIMM 80 S 4297 GT-64010A IDT79RV4700 IDT7M9502 0x1c800000 80 pin simm flash 64mb dram card 60 pin
Text: (gold contacts) 4MB to 256MB of DRAM 64 -bit width to processor parity generation and checking , Bus DRAM 64 -bit Plus Parity Watch Dog Reset 64 -bit DRAM Bypass Path System Glue Logic , following functional blocks: IDT79RV4700 processor, Galileo GT-64010A system controller , DRAM memory , /device bus interface. In addition the GT-64010A contains a DRAM controller and a DMA controller , operate in 64 -bit mode, both SIMMs must be of the same type (e.g., 1M x 32/36). The main memory is
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IDT7M9507
IDT79RV4700
32-bit
100MHz
200MHz
IDT7M9507
120-position
7M9507
Flash SIMM 80 64mb
amd processor based Circuit Diagram
Flash SIMM 80
S 4297
GT-64010A
IDT7M9502
0x1c800000
80 pin simm flash 64mb
dram card 60 pin
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IT8687
Abstract: HD6417604
Text: Series Hitachi 1 · On-chip multiplier: multiplication operations (32 bits x 32 bits - » 64 bits) and multiplication/accumulation operations (32 bits x 32 bits + 64 bits -» 64 bits) executed in 2 , memory access support functions (bus state controller ) enable direct connection to DRAM , synchronous DRAM , interrupt levels Eleven internal interrupt sources (DMAC x 2, DIVU x 1 , FRT x 3, WDT x 1 , SCI x 4, REF x 1 , select signals (CSO to CS3) for each area DRAM /synchronous DRAM /pseudo SRAM refresh function controller
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SH7604-Series
SH7604
IT8687
HD6417604
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uP1514
Abstract: No abstract text available
Text: 6.4 26 IDT79R3721 DRAM Controller COMMERCIAL TEMPERATURE RANGE 84 LEAD PLCC (SQUARE) 1 , DSC-9051/2 1 IDT79R3721 DRAM Controller COMMERCIAL TEMPERATURE RANGE INTRODUCTION The , Multi-Bank System 6.4 2 IDT79R3721 DRAM Controller COMMERCIAL TEMPERATURE RANGE 9051 drw 02 , allow s the system de sig ner to use DRAM densities from 2 5 6 k x 1 through 4M x 4. Thus, depending on , operation. 6.4 4 1DT79R3721 DRAM Controller COMMERCIAL TEMPERATURE RANGE - R efresh period
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R3051
IDT79R3721
R3041/51/81
100ns
J84-1
IDT79R3721
84-Pin
79R3721
uP1514
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Not Available
Abstract: No abstract text available
Text: (equivalent to SysAD[2]). Not used for 16/ 64 bit devices. DAdr[ 1 ]/BAdr[ 1 ] O DRAM Address [ 1 ] / Burst , - Accepts CPU writes with zero wait-states EDO and Fast Page Mode DRAM controller - 512MB address space - Supports DRAM bank interleaving - 256KB-16MB device depth - 1 - 4 banks supported - 32-bit or , palileo 1 . GT-64011 PCI System Controller for R4640 Processors OVERVIEW The GT-64011 provides a , Interface The GT-64011 has a flexible DRAM controller that supports EDO as well as standard page mode
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GT-64011
R4640
32-bit
RV4640
RV4650
50MHz
512MB
256KB-16MB
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DIODE 3LU 79
Abstract: DIODE 3LU 28 DIODE 3LU DIODE 3LU 47 U3333 3lu diode
Text: in a burst access (equivalent to SysAD[2]). Not used for 16/ 64 bit devices. DRAM Address [ 1 ] / Burst , banks of DRAM . The DRAM banks can be 32-(36-) bit or 64 -(72-) bit wide. DAdr[6:4]/ EWr[3: 1 ]* I/O , wait-states · EDO and Fast Page Mode DRAM controller - 512MB address space - Supports DRAM bank interleaving - 256KB-16MB device depth - 1 - 4 banks supported - 32-bit or 64 -bit data widlh - Parity supported - Zero , Galileo 1 . OVERVIEW GT-64011 PCI System Controller fo r R4640 Processors The GT-64011 provides a
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R4640
GT-64011
32-bit
RV4640
RV4650
512MB
256KB-16MB
DIODE 3LU 79
DIODE 3LU 28
DIODE 3LU
DIODE 3LU 47
U3333
3lu diode
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1997 - GT-64060
Abstract: 8x32 sram 0x04030201 R4000 R4640 R4650 8x32 R2000 mips processor
Text: Mode DRAM controller - 512MB address space - 256KB-16MB device depth - 1 - 4 banks with 32-bit, or 64 , GT-64060 High Integration PCI Bridge/Memory Controller Table of Contents 1 . OVERVIEW 6 1.1 , . 21 22 25 25 25 26 26 5. Memory Controller 28 5.1 DRAM Controller , Controller 62 10. Reset Configuration 63 11. Connecting the Memory Controller to DRAM and Devices , . 11.2.1 64 -bit DRAM
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GT-64060
32-bit
50MHz
150Mbytes/sec
512MB
256KB-16MB
32-bit,
GT-64060
8x32 sram
0x04030201
R4000
R4640
R4650
8x32
R2000 mips processor
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1999 - MPC107
Abstract: doorbell application pci controller MPC740 MPC7400 MPC750 Doorbell Circuits Signal Path designer PowerPC 60X Bus Interface controller
Text: Memory Controller Data ( 64 -Bit) Memory/ROM/ Port X Control/ Address Central Control Unit , interface - 64 -/32-bit 100-MHz bus - Programmable timing supporting either FPM DRAM , EDO DRAM or SDRAM - High-bandwidth bus (32-/ 64 -bit data bus) to DRAM This document contains information on a new , four banks of 256-Mbit SDRAM devices - Supports 1 -Mbyte to 1 -Gbyte DRAM memory - 144 Mbytes of ROM , - Low-voltage TTL logic (LVTTL) interfaces - Port X : 8-, 32-, or 64 -bit general-purpose I/O port
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MPC107TS/D
MPC107
doorbell application
pci controller
MPC740
MPC7400
MPC750
Doorbell Circuits
Signal Path designer
PowerPC 60X Bus Interface controller
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1997 - 232cbe
Abstract: WJ-A35 GT-64010A R5000 GT64010
Text: Ad d r e s s , O f fs e t : 0 x 0 0 8 Bits Field Name 14:0 Low Function DRAM banks 1 , zero-wait-state secondary cache support by using GT-64012 (R4600/R4700) · DRAM controller - Page mode and EDO DRAMs - 512MB address space - 256KB-16MB device depth - 1 - 4 banks supported directly - 32-bit or 64 , boot) support · External parity support for user selected banks of DRAM and devices · DMA controller , · 256 PQFP or 272 Ball-BGA R4xxx CPU SysAD Bus 64 BYPASS Address & DRAM Control
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GT-64010A
R5000
R4600/4650/4700/R5000
50MHz
64-bit
256KB
512KB
GT-64012
R4600/R4700)
512MB
232cbe
WJ-A35
GT-64010A
GT64010
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SAD 512d
Abstract: MIPS embedded GT-64111 NEC VR4300
Text: used for 16/ 64 bit devices. DRAM Address [ 1 ] / Burst Address [ 1 ]: In DRAM accesses, this pin functions , ! denotes "d o n l care" but ' X ! signals are driven to a valid 0/ 1 . Universal PCI System Controller for , Galileo. FEATURES Universal PCI System Controller for MIPS Processors G T -6 4 1 1 1 , , 16 levels deep - Accepts CPU writes wilh zero wait-states · EDO and Fast Page Mode DRAM controller - 512MB address space - Supports DRAM bank interleaving - 256KB-16MB device depth - 1 - 4 banks supported
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32-bit
64-bit
RV4640
RV4650
RM5230
Vr4300
66MHz
512MB
SAD 512d
MIPS embedded
GT-64111
NEC VR4300
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