2001, ver. 1.02 Features Universal 64-bit, 66-MHz peripheral

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2001, ver. 1.02 Features Universal 64-bit, 66-MHz peripheral

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FLEX 10KE Development Board
2001, ver. 1.02
Features
Universal 64-bit, 66-MHz peripheral component interconnect (PCI) expansion card Includes FLEX® 10KE EPF10K200SFC-1 device On-board 144-pin small outline DIMM 32-Mbyte SDRAM module On-board standard Mezzanine card (PMC) connector prototype area RS-232 port On-board voltage regulator automatically generates from 5.0-V power supply Flexible clocking options local-side logic, including clock, on-board crystal oscillator, external clock input Supports in-circuit reconfigurability (ICR) with EPC2 configuration device MasterBlasterTM, ByteBlasterMVTM, ByteBlasterTM, BitBlasterdownload cable. (The ByteBlaster cable obsolete replaced ByteBlasterMV cable.) Designed accept following devices: EPF10K30EFC484 EPF10K50EFC484 EPF10K50SFC484 EPF10K100SFC484 EPF10K130EFC484 EPF10K130EFC672 EPF10K200EFC672 EPF10K200SFC672
General Description
development board works with Altera® MegaCorefunctions, including pci_a, pci_b, pci_c, pcit1 back-end reference design each megafunction required). Users implement custom local-side functions interface Altera MegaCore function with on-board SDRAM socket, on-board connector, RS232 port, custom logic implemented prototype area PMC. development board provides flexible clock network distribution in-circuit configuration options. supports wide range FLEX 10KE devices users tailor development board meet area requirements. This data sheet provides information FLEX 10KE assignments, programming configuration settings, clock network selection, supported components, board options, schematics Altera FLEX 10KE development board.
Altera Corporation
A-DS-PCI-C-01.01
FLEX 10KE Development Board
Functional Description
Figure shows FLEX 10KE development board.
Figure FLEX 10KE Development Board
Local-Side Clock Input
LED1
General Purpose LEDs
1-64 Connector
External Power Input
Header
Clock Dedicated Input +5.0 +3.3 +2.5 Proto 1-20
EPF10K100EFC484-1
Program Switch
SDRAM SOCKET
JTAG Header
Oscillator
RS-232 Header
EPC2
Interface
FLEX 10KE Assignments
assignments FLEX 10KE devices ensure that pins properly connected defined signals board. Table shows definitions assignments.
Altera Corporation
FLEX 10KE Development Board
Table Assignment Reference Definitions
Name
e_<pci_signal> p4_io<n> p5_io<n> p_<pci_signal> a_<name> s_<name> proto<n> rs232_<name> led<n> sw<n>
Board Components
JN1, JN2, 1-64 Proto 1-20 LED1
Definition
Standard connectors. Additional pins. User prototype area pins. 64-bit universal board connector. Altera FLEX 10KE I/O. SDRAM module. Prototype outputs from FLEX 10KE device. RS-232 interface signals. Input signals generalpurpose LEDs. Switch connected FLEX 10KE I/O.
Before compiling FLEX 10KE design development board, assignments must made defined pins. Table
Table FLEX 10KE Development Board Assignments (Part
Signal Name
e_ack64n e_ad0 e_ad1 e_ad10 e_ad11 e_ad12 e_ad13 e_ad14 e_ad15 e_ad16 e_ad17 e_ad18 e_ad19 e_ad2 e_ad20
484-Pin FineLine
672-Pin FineLine
Signal Name
e_ad4 e_ad40 e_ad41 e_ad42 e_ad43 e_ad44 e_ad45 e_ad46 e_ad47 e_ad48 e_ad49 e_ad5 e_ad50 e_ad51 e_ad52
484-Pin FineLine
672-Pin FineLine
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
e_ad21 e_ad22 e_ad23 e_ad24 e_ad25 e_ad26 e_ad27 e_ad28 e_ad29 e_ad3 e_ad30 e_ad31 e_ad32 e_ad33 e_ad34 e_ad35 e_ad36 e_ad37 e_ad38 e_ad39 e_cben1 e_cben2 e_cben3 e_cben4 e_cben5 e_cben6 e_cben7 e_devseln e_framen e_gntn e_idsel e_intan e_intbn e_intcn e_intdn e_irdyn
484-Pin FineLine
AA21
672-Pin FineLine
AC23
Signal Name
e_ad53 e_ad54 e_ad55 e_ad56 e_ad57 e_ad58 e_ad59 e_ad6 e_ad60 e_ad61 e_ad62 e_ad63 e_ad7 e_ad8 e_ad9 e_bm1 e_bm2 e_bm3 e_bm4 e_cben0 p4_io17 p4_io18 p4_io19 p4_io2 p4_io20 p4_io21 p4_io22 p4_io23 p4_io24 p4_io25 p4_io26 p4_io27 p4_io28 p4_io29 p4_io3 p4_io30
484-Pin FineLine
AB21 AB22
672-Pin FineLine
AB22 AD23 AD24 AB21
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
e_lockn e_par e_par64 e_perrn e_req64n e_reqn e_rstn e_sbo e_sdone e_serrn e_stopn e_trdyn p4_io1 p4_io10 p4_io11 p4_io12 p4_io13 p4_io14 p4_io15 p4_io16 p4_io5 p4_io50 p4_io51 p4_io52 p4_io53 p4_io54 p4_io55 p4_io56 p4_io57 p4_io58 p4_io59 p4_io6 p4_io60 p4_io61 p4_io62 p4_io63
484-Pin FineLine
672-Pin FineLine
AD25 AE24 AF22 AD26 AE26 AD22 AD21 AD20 AF19 AD19 AB18 AE18 AC17 AF17
Signal Name
p4_io31 p4_io32 p4_io33 p4_io34 p4_io35 p4_io36 p4_io37 p4_io38 p4_io39 p4_io4 p4_io40 p4_io41 p4_io42 p4_io43 p4_io44 p4_io45 p4_io46 p4_io47 p4_io48 p4_io49 p5_io24 p5_io25 p5_io26 p5_io27 p5_io28 p5_io29 p5_io3 p5_io30 p5_io31 p5_io32 p5_io33 p5_io34 p5_io35 p5_io36 p5_io37 p5_io38
484-Pin FineLine
672-Pin FineLine
AA25 AB26 AA24 AC25 AB25 AC26
AB20 AB19 AB18
AB17
AA15
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
p4_io64 p4_io7 p4_io8 p4_io9 p5_io1 p5_io10 p5_io11 p5_io12 p5_io13 p5_io14 p5_io15 p5_io16 p5_io17 p5_io18 p5_io19 p5_io2 p5_io20 p5_io21 p5_io22 p5_io23 p5_io57 p5_io58 p5_io59 p5_io6 p5_io60 p5_io61 p5_io62 p5_io63 p5_io64 p5_io7 p5_io8 p5_io9 a_clk2 a_clkout led1 led2
484-Pin FineLine
AB15
672-Pin FineLine
AD17 AB11 AC11 AF11 AD11
Signal Name
p5_io39 p5_io4 p5_io40 p5_io41 p5_io42 p5_io43 p5_io44 p5_io45 p5_io46 p5_io47 p5_io48 p5_io49 p5_io5 p5_io50 p5_io51 p5_io52 p5_io53 p5_io54 p5_io55 p5_io56 p_ad24 p_ad25 p_ad26 p_ad27 p_ad28 p_ad29 p_ad3 p_ad30 p_ad31 p_ad32 p_ad33 p_ad34 p_ad35 p_ad36 p_ad37 p_ad38
484-Pin FineLine
672-Pin FineLine
AA18 AC20 AC19 AA17 AC18
AA18 AA17 AA16
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
led3 led4 p_ack64n p_ad0 p_ad1 p_ad10 p_ad11 p_ad12 p_ad13 p_ad14 p_ad15 p_ad16 p_ad17 p_ad18 p_ad19 p_ad2 p_ad20 p_ad21 p_ad22 p_ad23 p_ad57 p_ad58 p_ad59 p_ad6 p_ad60 p_ad61 p_ad62 p_ad63 p_ad7 p_ad8 p_ad9 p_cben0 p_cben1 p_cben2 p_cben3 p_cben4
484-Pin FineLine
AB10 AA10 AA19
672-Pin FineLine
AB12 AC10 AA14 AB13 AD12 AC12 AB19 AC21 AA19
Signal Name
p_ad39 p_ad4 p_ad40 p_ad41 p_ad42 p_ad43 p_ad44 p_ad45 p_ad46 p_ad47 p_ad48 p_ad49 p_ad5 p_ad50 p_ad51 p_ad52 p_ad53 p_ad54 p_ad55 p_ad56 p_stopn p_stopn_in p_trdyn p_trdyn_in Proto1 Proto10 Proto11 Proto12 Proto13 Proto14 Proto15 Proto16 Proto17 Proto18 Proto19 Proto2
484-Pin FineLine
AA14 AB14
672-Pin FineLine
AA10 AB17 AA16 AB16 AC16 AD16 AA15
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
p_cben5 p_cben6 p_cben7 a_clk1 p_devseln p_framen p_gntn p_idsel p_intan p_irdyn p_irdyn_in p_lockn p_M66EN p_par p_par64 p_perrn p_req64n p_reqn p_rstn p_serrn s_A13 s_A2 s_A3 s_A4 s_A5 s_A6 s_A7 s_A8 s_A9 s_ba0 s_ba1 s_casn s_cke0 s_cke1 s_dq0 s_dq1
484-Pin FineLine
AA20
672-Pin FineLine
AA20 AA11 AA12 AB20 AC22
Signal Name
Proto20 Proto3 Proto4 Proto5 Proto6 Proto7 Proto8 Proto9 rs232_cd rs232_cts rs232_DTR rs232_ri rs232_RTS rs232_rx rs232_tx s_A0 s_A1 s_A10 s_A11 s_A12 s_dq29 s_dq3 s_dq30 s_dq31 s_dq32 s_dq33 s_dq34 s_dq35 s_dq36 s_dq37 s_dq38 s_dq39 s_dq4 s_dq40 s_dq41 s_dq42
484-Pin FineLine
672-Pin FineLine
Altera Corporation
FLEX 10KE Development Board
Table FLEX 10KE Development Board Assignments (Part
Signal Name
s_dq10 s_dq11 s_dq12 s_dq13 s_dq14 s_dq15 s_dq16 s_dq17 s_dq18 s_dq19 s_dq2 s_dq20 s_dq21 s_dq22 s_dq23 s_dq24 s_dq25 s_dq26 s_dq27 s_dq28 s_dq61 s_dq62 s_dq63 s_dq7 s_dq8 s_dq9 s_dqmb0 s_dqmb1 s_dqmb2 s_dqmb3 s_dqmb4
484-Pin FineLine
Note:
672-Pin FineLine
Signal Name
s_dq43 s_dq44 s_dq45 s_dq46 s_dq47 s_dq48 s_dq49 s_dq5 s_dq50 s_dq51 s_dq52 s_dq53 s_dq54 s_dq55 s_dq56 s_dq57 s_dq58 s_dq59 s_dq6 s_dq60 s_dqmb5 s_dqmb6 s_dqmb7 s_rasn s_s0n s_s1n s_scl s_sda s_wen
484-Pin FineLine
672-Pin FineLine
These pins designated connect pins.
Altera Corporation
FLEX 10KE Development Board
Dedicated Input Selection
FLEX 10KE development board provides dedicated input selection circuitry, performs following functions:
Sets split-pin configuration high fan-out signals (trdyn, irdyn, stopn). Drives available dedicated inputs with external signals. Provides pull-up resistors dedicated inputs.
Dedicated input configuration selected installing removing various resistors. Figure shows schematic board's dedicated input selectors.
Figure Dedicated Input Selectors
+3.3V proto21 p_irdyn proto22 p_stopn proto23 p_trdyn p_trdyn_in p_stopn_in p_irdyn_in
development board shipped with R42, R43, installed. This configuration provides pull-up resistor each three available dedicated inputs.
Altera Corporation
FLEX 10KE Development Board
Programming Configuration Settings/Defaults
development board supports on-board configuration device programming in-circuit configuration FLEX devices (via JP3) Joint Test Action Group (JTAG) passive serial (PS) mode (via JP4) with MasterBlaster ByteBlasterMV download cable. Table shows programming configuration options available their settings.
Table Programming Configuration Options
Mode/ Device(s)
JTAG EPC2
MasterBlaster/ ByteBlaster/
Connected JTAG header Connected JTAG header
Switch Settings
0000000001
Description
Programs EPC2 device JTAG mode using MAX+PLUS® software. This setting default board. Places EPC2 device FLEX device JTAG chain (where EPC2 device device FLEX device device configures FLEX devices using MAX+PLUS software. Places EPC2 device, FLEX device, connector JTAG chain (where EPC2 device device FLEX device device device configures device connected connector using MAX+PLUS software. Configures FLEX device mode using MAX+PLUS software. Configures FLEX device with programmed EPC2 device.
JTAG EPC2, FLEX
0000000110
JTAG EPC2, FLEX,
Connected JTAG header
0001111010
Connected BitBlaster header
0000000000 1000000000
Configuration with Removed EPC2 Note:
switch setting indicated with 10-bit binary number where refers switch refers switch value indicates that corresponding switch position, value indicates that corresponding switch position. Switch part programming configuration circuit. connected input FLEX 10KE device.
Clock Network Selection/Default
clock signal development board arrive from various clocking sources including system clock, external clock, on-board crystal oscillator. zero-delay buffers provide zero-delay clock signal distribution throughout board minimize clock skew within same clock network. Clocking options board selected installing removing various resistors. Figure shows schematic board's clock distribution circuit.
Altera Corporation
FLEX 10KE Development Board
Figure Clock Distribution Circuit
Oscillator
EXT_CLK SEL_CLK A_CLKOUT
CLKOUT CLK1 CLK2 CLK3 CLK4 PLL2
A_CLK2 S_CK0 S_CK1 E_CLK PROTO_CLK
PCI_CLK PCI_REF CLKOUT CLK1 CLK2 CLK3 CLK4 PLL1 10PF 10PF
A_CLK1
10PF
SDRAM, PMC, prototype area, FLEX 10KE local-side clock inputs connected from system clock (PCI_CLK), external clock input, on-board crystal oscillator, FLEX clock output installing appropriate resistors. FLEX 10KE clock input (A_CLK1) driven directly from system clock output PLL1. example, select system clock drive FLEX 10KE clock input directly, installed; select external clock clocking source SDRAM socket, connector, prototype area, installed. development board shipped with R41, R45, installed. These resistors select system clock (PCI_CLK) clocking source FLEX 10KE device, SDRAM socket, prototype area, connector.
Voltage Supply Circuit
FLEX 10KE development board special voltage regulator circuitry, which allows necessary 2.5-V 3.3-V power supply generated from 5.0-V input. board accept 5.0-V input from either connector external power supply (via JP2). Using external power supply input while board plugged into connector slot result severe board damage possibly system damage.
Altera Corporation
FLEX 10KE Development Board
Supported Components
Table lists components supported development board; however, components shipped with board. "Board Options" page more information.
Table Supported Components (Part
Component
CAPACITOR, 0.01UF, 0805
Manufacturer Part Number
AVX:08055E104ZAT
Quantity
Schematic Reference
C16, C18, C20, C21, C23, C24, C27, C28, C30, C31, C32, C33, C34,C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, C45, C46, C47, C48, C49, C50, C51, C52, C54, C57, C58, C59, C60, C61, C62, C63, C64, C65, C66, C67, C68, C69, C53, C55, C19, C26, C17, C10, C11, C12, C13, C14, R10, R11, R16, R18, R32, R35, R36, R39, R41, R42, R43, R44, R45, R46, R47, R48, R49, R50, R51, R12, R13, R14, R15, R17, R19, R20, R21, R22, R23, R24, R25, R26, R27, R28, R29, R30, R31, R33, R34, R37,
CAPACITOR, 10PF, 0805 AVX:08055A100KAT CAPACITOR, 330PF, 0805 CAPACITOR, 0.01UF, 0805 CAPACITOR, 1.0UF, 1206 AVX:08055A331KAT AVX:08055E103ZAT AVX:12063G105ZAT
CAPACITOR, 10UF, TAN, AVX:TAJB107M016 B-SIZE CAPACITOR, 47UF, TAN, AVX:TAJC477M010 D-SIZE RESISTOR, 0805 AVX:CR21-000
RESISTOR, 0805 RESISTOR, 0805 RESISTOR, 0805
AVX:CR21-151J AVX:CR21-511J AVX:CR21-102J
RESISTOR, 13.0 AVX:CR21-1302F 0805 RESISTOR, 22.1 AVX:CR21-2212F 0805 RESISTOR, 37.5 AVX:CR21-3572F 0805 DIODE, SCHOTTKY, MOTOROLA:MBRS130LT3
Altera Corporation
FLEX 10KE Development Board
Table Supported Components (Part
Component
LED, 4-DIODE_PACK, PWM-VOLTAGEREGULATOR, RS232-INTERFACE, S024W HEX-INVERTER, HCT, S014
Manufacturer Part Number
DIALIGHT:555-4003
Quantity
LED1
Schematic Reference
INDUCTOR, COILTRONICS:CTX50-2P MAXIM:MAX750ACSA MAXIM:MAX208CWG TI:SN74HCT04D
QUAD3-STATE_BUF, TI:SN74HCT125D HCT, S014 FLEX 10KE, 484/672-PIN_BGA SERIAL_EPROM, PLCC20 ZERODELAY_BUFFER, SOCKET, 8-PIN_DIP SOCKET, 20-PIN, PLCC CONNECTOR, DB-9, MALE CONNECTOR, 4-PIN, LOCK, SOCKET, 144-PIN, SO-DIMM, CONNECTOR, PMC, RECEPTACLE CONNECTOR, HEADER, 2-PIN, SHROUDED SWITCH, DECADE, ALTERA ALTERA CYPRESS:CY2305-1H SAMTEC:ICO-308-SST SAMTEC:PLCC-020-F-N AMP:747250-4 AMP:176153-4 AMP:390114-1 AMP:120521-1 AMP:414026-3 SAMTEC:TST-105-07-S-D CTS:218-10LPST
Jn1, Jn2, Jn3, JP3,
Altera Corporation
FLEX 10KE Development Board
Board Options
Tables through show clock, SDRAM, FLEX 10KE device options development board.
Table On-Board Oscillator Options
Options
User-defined clock device Suggested clock device EPSON SG-531PH-66.000MC
Part Number
Description
Other frequency Suggested 66-MHz clock device
Table SDRAM Options
Part Number
MT4LSDT464HG-662 MT4LSDT864HG-662
Configuration
Mbytes Mbytes
Maximum Access Time (ns)
Maximum Operating Current (mA)
Table FLEX 10KE Device Options
Part Number
EFP10K30EFC484-1 EFP10K50EFC484-1 EFP10K50SFC484-1 EFP10K100EFC484-1 EFP10K130EFC484-1 EFP10K130EFC672-1 EFP10K200EFC672-1 EFP10K200SFC672-1
Number Pins
Package Type
FineLine BGAFineLine FineLine FineLine FineLine FineLine FineLine FineLine
References
Refer following Altera documents more information:
Master/Target MegaCore Function with Data Sheet Application Note (Configuring APEX 20K, FLEX FLEX 6000 Devices) FLEX 10KE Embedded Programmable Logic Family Data Sheet MasterBlaster Serial/USB Communications Cable Data Sheet ByteBlasterMV Parallel Port Download Cable Data Sheet BitBlaster Serial Download Cable
Altera Corporation
FLEX 10KE Development Board
Other references include:
PCI-SIG. Local Specification, Revision 2.2, Portland, Oregon: Special Interest Group, December 1998. Micron Technology, inc. Small-Outline SDRAM Module MT4LSDT464H, MT4LSDT864H Data Sheet. http://www.micron.com.
Schematics
following schematic foldouts shown sheets through P5_IO[64:1] signals schematics correspond 1-64 board. PROTO[23:21] signals schematics correspond dedicated input board.
Revision History
information contained FLEX 10KE Development Board Data Sheet version 1.01 supersedes information published previous versions.
Version 1.01 Changes
Updated information p4_io39 information Table page Updated connect pins 484-pin packages Table
Version 1.02 Changes
Replaced references EPF10K100E device with EPF10K200S device.
Innovation Drive Jose, 95134 (408) 544-7000 http://www.altera.com Applications Hotline: (800) 800-EPLD Customer Marketing: (408) 544-7104 Literature Services: (888) 3-ALTERA lit_req@altera.com
Altera, EPF10K30E, EPF10K50E, EPF10K50S, EPF10K100E, EPF10K130E, EPF10K200E, EPF10K200S, FineLine BGA, FLEX, FLEX 10KE, BitBlaster, ByteBlaster, ByteBlasterMV, EPC2, MasterBlaster, MAX+PLUS, MAX+PLUS MegaCore trademarks and/or service marks Altera Corporation United States other countries. Altera acknowledges trademarks other organizations their respective products services mentioned this document. Altera products protected under numerous U.S. foreign patents pending applications, maskwork rights, copyrights. Altera warrants performance semiconductor products current specifications accordance with Altera's standard warranty, reserves right make changes products services time without notice. Altera assumes responsibility liability arising application information, product, service described herein except expressly agreed writing Altera Corporation. Altera customers advised obtain latest version device specifications before relying published information before placing orders products services. Copyright 2000 Altera Corporation. rights reserved.
Printed Recycled Paper.
Altera Corporation

2001, ver. 1.02 Features Universal 64-bit, 66-MHz peripheral

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