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Details, datasheet, quote on part number:EV2064
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| Part: | EV2064 |
| Category: | Communication => Network |
| Description: | Quad Serial Backplane Device Evaluation Board |
| Company: | AMCC (Applied Micro Circuits Corp) |
| Datasheet: | Download EV2064 datasheet File size : 229 kB |
| Request For quote: | Find where to buy EV2064
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Datasheet text preview:
Part Number EV2064 Revision 1.0 - November 18, 1999
EV2064
Quad Serial Backplane Device
Introduction
EVALUATION BOARD
The S2064 evaluation board provides a flexible platform for verifying the operation of the S2064 Quad Serial Backp l a n e device. This document provides information on the evaluation board's contents. It should be used in conjunction with the S2064 product data sheet. Contact your local AMCC field applications engineer or regional sales manager to discuss any questions or concerns you may have. EV2064 Kit Contents S2064 evaluation board EV2064 Device Specification (This document) Four minicoax cables (To loop back clock in parallel loopback configuration) Board Description The top view of the EV2064 evaluation board is shown in Figure 1. The high speed differential LVPECL receive RXxP/N, and transmit TXxP/N, where x = A through D, are brought in and out on SMA connectors as shown on the left side of the board.
Figure 1. S2064 Evaluation Board
SOFD KGEND DIND7 DIND6 DIND5 DIND4 DIND3 DIND2 DIND1 DIND0 TCLKD
GND RX TX RX PECL DIG GND TTL VDDA VDD VDD VDD VDD VDD
S2064 Evaluation Board
AMCC
GND RCCP RCCN ERRC KFLAGC DOUTC7 DOUTC6 DOUTC5 DOUTC4 DOUTC3 DOUTC2 DOUTC1 DOUTC0 EOFC RCBP RCBN ERRB KFLAGB DOUTB7 DOUTB6 DOUTB5 DOUTB4 DOUTB3 DOUTB2 DOUTB1 DOUTB0 EOFB RCAP RCAN ERRA KFLAGA DOUTA7 DOUTA6 DOUTA5 DOUTA4 DOUTA3 DOUTA2 DOUTA1 DOUTA0 EOFA
GND
I/P O/P TX1CN TX1CP GND RCDP RCDN ERRD KFLAGD DOUTD7 DOUTD6 DOUTD5 DOUTD4 DOUTD3 DOUTD2 DOUTD1 DOUTD0 EOFD
GND SOFC KGENC DINC7 DINC6 DINC5 DINC4 DINC3 DINC2 DINC1 DINC0 TCLKC SOFB KGENB DINB7 DINB6 DINB5 DINB4 DINB3 DINB2 DINB1 DINB0 TCLKB SOFA KGENA DINA7 DINA6 DINA5 DINA4 DINA3 DINA2 DINA1 DINA0 TCLKA TCLK0
GND
TX1BP
TX1BN
TX1AN
TX1AP
RX1DP
RX1DN
AMCC
RX1CP
RX1CN
1 RX1BP RX1BN A
RX1AN
RX1AP
RESET
ON
RESET LPEN RATE TMODE CLKSEL CMODE CH-LOCK/TESTMODE
GND TO DUT FR DIPSWITCH
S2064
1234567
GND
AMCC Confidential and Proprietary
INPUT
TX1DP
TX1DN
REFCLK
OUTPUT
1
EV2064 Quad Serial Backplane Device
Revision 1.0 - November 18, 1999
EVALUATION BOARD
The reference clock is brought in through the SMA connector labeled REFCLK. Power and ground are brought in through the connector at the top of the board. The S2064 voltage is specified at 3.3V +/- 5%. Parallel I/O are brought in and out on the connector banks on the right side and top of the board; there is one connector bank for each channel (A through D). Input and output static control signals are controlled with the use of the DIP switch at the bottom of the board. DIP switch settings are outlined in Table 1. Moving the switch to the on position creates a logic 1 (High), moving it away from the on setting creates a logic 0 (Low).
Table 1. DIP Switch Settings
DIP Name RESET LPEN Description When Low, the S2064 is held in reset, When High, the S2064 operates normally. Loopback Enable. When Low, the device performs normal transceiver operation. When High the serial output for each channel is looped back to its input. The serial outputs are squelched when LPEN = High. When Low the S2064 operates with the serial output rate equal to the VCO frequency. When High the S2064 operates with the VCO internally divided by 2 for all functions. Transmit Mode Control. When TMODE is Low, REFCLK is used to clock data on DINx[7:0], SOFx, and KGENx into the S2064. When TMODE is High, TCLKx is used to clock data into the S2064. In Channel Lock mode (CH_LOCK HIGH), all four channels are clocked by TCLKA. In independent mode (CH_LOCK LOW) each channel is clocked by its respective TCLK. REFCLK Select input. This signal configures the PLL for the appropriate REFCLK frequency. When CLKSEL = 0, the REFCLK frequency should equal the parallel word rate. When CLKSEL = 1, the REFCLK frequency should be 1/2 the parallel word rate (and is internally x2 multiplied). Clock Mode Control for receiver data stream. When Low, the rate of the parallel output clock (RCxP/N) is 1/2 the data rate, for ping/pong clocking. When High, the rate of the parallel output clock (RCxP/N) is equal to the data rate. Parallel input mode control. Channel Lock High locks all four channels together. (see Device Specification). Channel Lock Low provides independent channel operation.
RATE TMODE
CLKSEL
CMODE
CH_LOCK/TESTMODE
Test Setups The typical test performed with the S2064 evaluation board is jitter testing. In each case it is easiest to configure the evaluation board for serial I/O, looping back the parallel I/O with jumpers. Serial I/O (parallel loopback) configuration is shown in Figure 2 and described below. DIP switch settings for parallel loopback: RESET LPEN RATE TMODE CLKSEL CMODE CH-LOCK/TEST MODE HIGH LOW HIGH or LOW (determined by desired serial data rate) HIGH HIGH or LOW (determined by desired reference clock rate) HIGH LOW
In order to configure the board for parallel loopback, the parallel input data must be clocked into the device with the TCLKx input clocks as shown in Figure 2. This clock is provided by looping the RCxP output clock back into the respective TCLKx input with one of the minicoax cables provided in the EV2064 Kit. These cables need only be connected for the channel(s) under test.
2
AMCC Confidential and Proprietary
EV2064 Quad Serial Backplane Device
Revision 1.0 - November 18, 1999
EVALUATION BOARD
Figure 2. Parallel Loopback Configuration
SOFD KGEND DIND7 DIND6 DIND5 DIND4 DIND3 DIND2 DIND1 DIND0 TCLKD
GND RX TX RX PECL DIG GND TTL VDDA VDD VDD VDD VDD VDD
S2064 Evaluation Board
AMCC
GND RCCP RCCN ERRC KFLAGC DOUTC7 DOUTC6 DOUTC5 DOUTC4 DOUTC3 DOUTC2 DOUTC1 DOUTC0 EOFC RCBP RCBN ERRB KFLAGB DOUTB7 DOUTB6 DOUTB5 DOUTB4 DOUTB3 DOUTB2 DOUTB1 DOUTB0 EOFB RCAP RCAN ERRA KFLAGA DOUTA7 DOUTA6 DOUTA5 DOUTA4 DOUTA3 DOUTA2 DOUTA1 DOUTA0 EOFA
GND
I/P O/P TX1CN TX1CP GND RCDP RCDN ERRD KFLAGD DOUTD7 DOUTD6 DOUTD5 DOUTD4 DOUTD3 DOUTD2 DOUTD1 DOUTD0 EOFD
GND SOFC KGENC DINC7 DINC6 DINC5 DINC4 DINC3 DINC2 DINC1 DINC0 TCLKC SOFB KGENB DINB7 DINB6 DINB5 DINB4 DINB3 DINB2 DINB1 DINB0 TCLKB SOFA KGENA DINA7 DINA6 DINA5 DINA4 DINA3 DINA2 DINA1 DINA0 TCLKA TCLK0
GND
TX1BP
TX1BN
TX1AN
TX1AP
RX1DP
RX1DN
AMCC
RX1CP
RX1CN
1 RX1BP RX1BN A
RX1AN
RX1AP
RESET
ON
RESET LPEN RATE TMODE CLKSEL CMODE CH_LOCK/TESTMODE
GND TO DUT FR DIPSWITCH
S2064
1234567
GND
Note: The following pin names on the S2064 data sheet are labeled differently on the board: PIN NAMES DOUTx8 DOUTx9 DINx8 DINx9 TBC RBC1x RBC0x COM_DETx BOARD LABEL KFLAGx ERRx KGENx SOFx TCLKx RCxP RCxN EOFx
AMCC Confidential and Proprietary
INPUT
TX1DP
TX1DN
REFCLK
OUTPUT
3
EV2064 Quad Serial Backplane Device
Revision 1.0 - November 18, 1999
EVALUATION BOARD
Schematic/Bill of Materials
Figures 3 and 4 provide a schematic representation of the S2064 evaluation board. The bill of materials is outlined in Tables 2 and 3.
Figure 3. EV2064 Schematic
4
AMCC Confidential and Proprietary
EV2064 Quad Serial Backplane Device
Revision 1.0 - November 18, 1999
EVALUATION BOARD
Figure 4. EV2064 Power and Ground Connections
AMCC Confidential and Proprietary
5
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