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QV-PCI32RDK-144 Data Sheet
Development Kit for the 32-Bit PCI Devices in 144 TQFP Packages last updated 12/15/99
FEATURES
Features
PCI32RDK - 144
PCI32RDK - 144
High-Speed 32-bit PCI Add-In Card
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Software Drivers
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Universal (3.3V/5V) PCI Card Programmable Local Clock Speeds (28 MHz to 114 MHz) Local clock speed controlled by logic in the QuickPCI device 60-pin Expansion Connector (32-bit bus + control) 4K deep, 32-bit Synchronous FIFO connected to the QuickPCI device and the expansion connector. Serial EPROM for QuickPCI power-on RAM initialization (optional) 8 LEDs connected to QuickPCI device 144 pin socket for easy prototyping of QuickPCI devices
QLREF is used to test and demonstrate all QuickLogic's RDK boards and devices QLREF supports Windows 95, Windows 98, Windows NT, and Windows 2000 QLREF uses a driver to communicate with all QuickPCI devices
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Complete Documentation
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Source code for software driver and application Gerber files and Orcad schematics for the PCB design QuickWorks design files for the QuickPCI reference design The 32-Bit QuickPCI Design Guide The PCI32RDK User's Guide
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J2
D1 D2 D3 D4 D5 D6 D7 D8
J3 U1 U4
U2
QuickPCI Device
U3
U5
J4
J1
Keyed for 3.3V PCI Keyed for 5V PCI
FIGURE 1. QV-PCI32RDK-144 Diagram
QV-PCI32RDK-144 Data Sheet
See Figure 1 for the RDK layout diagram and Table 1 for description of major components.
U1 Programmable PLL Clock Generator Quality Semiconductor: QS5925 Datasheet: http://www.qualitysemi.com/products/clock/3.3Vdrivers.html If the above link is out of date, search from the home page: www.qualitysemi.com Crystal Oscillator, 14.31818 MHz Epson: SG8002JA Datasheet: http://www.eea.epson.com/products/qd/qdcrystalosc.htm If the above link is out of date, search from the home page: www.epson.com Serial EEPROM, 64K x 1 Atmel: AT17LV65-10PC8P3 Datasheet: http://www.atmel.com/atmel/products/prod22.htm If the above link is out of date, search from the home page: www.atmel.com QL5xxx QuickPCI Device (in 144 TQFP socket) QuickLogic: QL5030 or QL5130 Datasheet: http://www.quicklogic.com/devices/PCI/Default.htm If the above link is out of date, search from the home page: www.quicklogic.com Synchronous FIFO, 4K x 36 Integrated Device Technology: IDT72V3660 Datasheet: http://www.idt.com/products/pages/FIFO-72V3660.html If the above link is out of date, search from the home page: www.idt.com Universal PCI Edge Connector Keyed for 3.3V and 5V PCI Ribbon Cable Connector, 60 pin AMP: 1-103308-2 Datasheet: http://connect.amp.com/AMP/bin/AMP.Connect?C=1&M=BYPN&I=13&PN=1103308-2 If the above link is out of date, search from the home page: www.amp.com MICTOR High Density Logic Analyzer Probe Connectors, 38-bit AMP: 2-767004-2 Datasheet: http://connect.amp.com/AMP/bin/AMP.Connect?C=1&M=BYPN&I=13&PN=2767004-2 If the above link is out of date, search from the home page: www.amp.com Second source: HP E5346-68701 (set of 5) LEDs, 3.3V, red
U2
U3
U4
U5
J1 J2
J3-J4
D1-D8
TABLE 1. Major Components of PCI32RDK-144
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QV-PCI32RDK-144 Data Sheet
ARCHITECTURE OVERVIEW
Architecture Overview
The QV-PCI32RDK-144 Reference Board allows for demonstration, testing, and debuging of QuickPCI designs which use 144 pin TQFP packages. QuickPCI devices that use this package include the QL5030 (target) and QL5130 (target). Eight LEDs visible from the top edge of the card are provided for testing and to help the evaluation process. Test connectors (AMP 2-767004-2) compatible with Hewlett Packard or Tektronix logic analyzers are provided to give the developer total access to the busses and control signals. A 32-bit multiplexed address/data bus is provided on the local interface to the QL5X30 (U4). 100-MHz synchronous FIFO (36-bit x 4K deep, U5) is connected to the local bus (in a loop back mode) as well as to a 60-pin connector (J2), which can be used for benchmarking, measurements, connection of a simple add-on card, or debugging. The local bus operates synchronously to the local clock, which is derived from a programmable clock circuit (Quality Semiconductor QS5925, U1). This
clock generator derives its clock from a 14.318 MHz crystal, can drive the clock from 28 MHz to 114 MHz with a configurable PLL. The control for the PLL can be driven from the programmable region of the QL5X30 device. A serial EEPROM socket (U3) and interface is provided to configure the QL5X30 RAM modules on power-up, based on the application. The card form factor is compliant with PCI 2.2, (106.68 x 174.63 mm Short Card).
EXPANSION CONNECTOR (J2) PINOUT
Expansion Connector (J2) Pinout
Most of the pins on the connector are attached to the QuickPCI device. This allows a daughter-board to be built in order to expand the functionality of the reference board. See Figure 2 for the expansion connector (J2) pinout, and refer to Table 2 for pinout descriptions.
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QV-PCI32RDK-144 Data Sheet
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J2
60
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59
FIGURE 2. Expansion Connector (J2) Pinout
Pin 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59
Name GND GND LED[5] LED[4] LED[3] LED[2] LED[1] LED[0] SPARE[8] GND NC LAD[0] LAD[2] LAD[4] LAD[6] VCC LAD[8] LAD[10] LAD[12] LAD[14] LAD[16] LAD[18] GND LAD[20] LAD[22] LAD[24] LAD[26] LAD[28] LAD[30] GND
Function/Connectivity Ground plane Ground plane See QuickPCI Device Pinout (U4 pin 10) See QuickPCI Device Pinout (U4 pin 11) See QuickPCI Device Pinout (U4 pin 12) See QuickPCI Device Pinout (U4 pin 13) See QuickPCI Device Pinout (U4 pin 14) See QuickPCI Device Pinout (U4 pin 16) See QuickPCI Device Pinout (U4 pin 144) Ground plane No connect See QuickPCI Device Pinout (U4 pin 78) See QuickPCI Device Pinout (U4 pin 81) See QuickPCI Device Pinout (U4 pin 83) See QuickPCI Device Pinout (U4 pin 85) 3.3V VCC plane See QuickPCI Device Pinout (U4 pin 88) See QuickPCI Device Pinout (U4 pin 96) See QuickPCI Device Pinout (U4 pin 98) See QuickPCI Device Pinout (U4 pin 100) See QuickPCI Device Pinout (U4 pin 103) See QuickPCI Device Pinout (U4 pin 105) Ground plane See QuickPCI Device Pinout (U4 pin 107) See QuickPCI Device Pinout (U4 pin 111) See QuickPCI Device Pinout (U4 pin 113) See QuickPCI Device Pinout (U4 pin 116) See QuickPCI Device Pinout (U4 pin 118) See QuickPCI Device Pinout (U4 pin 120) Ground plane
Pin 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60
Name LCLK2 SPARE[7] SPARE[6] SPARE[5] SPARE[4] SPARE[3] SPARE[2] SPARE[1] SPARE[0] GND NC LAD[1] LAD[3] LAD[5] LAD[7] VCC LAD[9] LAD[11] LAD[13] LAD[15] LAD[17] LAD[19] GND LAD[21] LAD[23] LAD[25] LAD[27] LAD[29] LAD[31] GND
Function/Connectivity Local Bus Clock. Driven by the QS5925 Programmable Clock Generator (U1 pin 14) See QuickPCI Device Pinout (U4 pin 142) See QuickPCI Device Pinout (U4 pin 141) See QuickPCI Device Pinout (U4 pin 140) See QuickPCI Device Pinout (U4 pin 139) See QuickPCI Device Pinout (U4 pin 4) See QuickPCI Device Pinout (U4 pin 3) See QuickPCI Device Pinout (U4 pin 2) See QuickPCI Device Pinout (U4 pin 1) Ground plane No connect See QuickPCI Device Pinout (U4 pin 80) See QuickPCI Device Pinout (U4 pin 82) See QuickPCI Device Pinout (U4 pin 84) See QuickPCI Device Pinout (U4 pin 86) 3.3V VCC plane See QuickPCI Device Pinout (U4 pin 95) See QuickPCI Device Pinout (U4 pin 97) See QuickPCI Device Pinout (U4 pin 99) See QuickPCI Device Pinout (U4 pin 101) See QuickPCI Device Pinout (U4 pin 104) See QuickPCI Device Pinout (U4 pin 106) Ground plane See QuickPCI Device Pinout (U4 pin 108) See QuickPCI Device Pinout (U4 pin 112) See QuickPCI Device Pinout (U4 pin 115) See QuickPCI Device Pinout (U4 pin 117) See QuickPCI Device Pinout (U4 pin 119) See QuickPCI Device Pinout (U4 pin 121) Ground plane
TABLE 2. Expansion connector (J2) Pinout Table
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QV-PCI32RDK-144 Data Sheet
LOGIC ANALYZER HIGH-DENSITY ADAPTER (J3-J4) PINOUTS
Logic Analyzer High-Density Adapter (J3-J6) Pinouts
On the PCB, J3 and J4 are known as MICTOR Connectors (Matched-Impedance ConnecTORs), or high-density connectors for logic analyzers. Each connector has 38 pins (32 data, 2 clocks, and 4 others). These connectors are pinned to work with High Density Adapters from HP and Tektronics (Fluke High Density Adapters use a different pinout). Table 3 shows the pinouts of the HP and Tektronics Logic Analyzer Adapters.
Tektronics P6434 Adapter Pinout Pin Logic Analyzer Logic Channel Analyzer Channel 1 NC NC 2 NC NC 3 CLK CLK 4 D3:7 D1:7 5 D3:6 D1:6 6 D3:5 D1:5 7 D3:4 D1:4 8 D3:3 D1:3 9 D3:2 D1:2 10 D3:1 D1:1 11 D3:0 D1:0 12 D2:7 D0:7 13 D2:6 D0:6 14 D2:5 D0:5 15 D2:4 D0:4 16 D2:3 D0:3 17 D2:2 D0:2 18 D2:1 D0:1 19 D2:0 D0:0 Pin HP E5346A Adapter Pinout Pin Logic Analyzer Channel 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 +5V GND CLK:even D15:even D14:even D13:even D12:even D11:even D10:even D9:even D8:even D7:even D6:even D5:even D4:even D3:even D2:even D1:even D0:even Logic Analyzer Channel NC NC CLK:odd D15:odd D14:odd D13:odd D12:odd D11:odd D10:odd D9:odd D8:odd D7:odd D6:odd D5:odd D4:odd D3:odd D2:odd D1:odd D0:odd Pin
38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20
2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38
TABLE 3. Logic Analyzer Adapters Pinouts The pinouts in Table 4 are for the MICTOR connectors on the RDK board. These pinouts use pin numbering that is consistent with the HP pinout table. Use the tables above for cross-reference if you are using a Tektronics analyzer. See the QuickPCI Device Pinout Table in the PCI32RDK User's Guide for signal descriptions. Reference to the corresponding QuickPCI device pin number is shown for each signal in Table 4, with the exception of LCLK1, which is not connected to the QuickPCI device and is instead connected to the Programmable PLL Clock Generator (U1), Test Point 12 (TP12), and a pull-up to 3.3V and pull-down to GND.
J3 MICTOR Connector FIFO Control Signals, LEDs, and Spare QuickPCI Device Pins Pin Name Name 1 NC NC 3 NC NC 5 LCLK1 LCLK1 7 LED[6] (U4 pin 9) NC 9 LED[5] (U4 pin 10) NC 11 LED[4] (U4 pin 11) LED[7] (U4 pin 8) 13 LED[3] (U4 pin 12) FWFT (U4 pin 137) 15 LED[2] (U4 pin 13) LD (U4 pin 131) 17 LED[1] (U4 pin 14) RT (U4 pin 129) 19 LED[0] (U4 pin 16) OR_N/EF (U4 pin 136) 21 SPARE[8] (U4 pin 144) PAE_N (U4 pin 135) 23 SPARE[7] (U4 pin 142) HF_N (U4 pin 134) 25 SPARE[6] (U4 pin 141) PAF_N (U4 pin 133) 27 SPARE[5] (U4 pin 140) IR_N/FF (U4 pin 132) 29 SPARE[4] (U4 pin 139) OE (U4 pin 128) 31 SPARE[3] (U4 pin 4) REN (U4 pin 127) 33 SPARE[2] (U4 pin 3) WEN (U4 pin 125) 35 SPARE[1] (U4 pin 2) PRS (U4 pin 123) 37 SPARE[0] (U4 pin 1) MRS (U4 pin 124) J4 MICTOR Connector Local Bus Address/Data Pin 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 Pin 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 Name NC NC LCLK1 LAD[31] (U4 pin 121) LAD[30] (U4 pin 120) LAD[29] (U4 pin 119) LAD[28] (U4 pin 118) LAD[27] (U4 pin 117) LAD[26] (U4 pin 116) LAD[25] (U4 pin 115) LAD[24] (U4 pin 113) LAD[23] (U4 pin 112) LAD[22] (U4 pin 111) LAD[21] (U4 pin 108) LAD[20] (U4 pin 107) LAD[19] (U4 pin 106) LAD[18] (U4 pin 105) LAD[17] (U4 pin 104) LAD[16] (U4 pin 103) Name NC NC LCLK1 LAD[15] (U4 pin 101) LAD[14] (U4 pin 100) LAD[13] (U4 pin 99) LAD[12] (U4 pin 98) LAD[11] (U4 pin 97) LAD[10] (U4 pin 96) LAD[9] (U4 pin 95) LAD[8] (U4 pin 88) LAD[7] (U4 pin 86) LAD[6] (U4 pin 85) LAD[5] (U4 pin 84) LAD[4] (U4 pin 83) LAD[3] (U4 pin 82) LAD[2] (U4 pin 81) LAD[1] (U4 pin 80) LAD[0] (U4 pin 78) Pin 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38
TABLE 4. Pinouts for the MICTOR Connectors on the RDK board
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