Installation and set-up
4.9 Ethernet
The RC200/203 is fitted with a Standard Microsystems Corporation LAN91C111 Ethernet device. It
supports 8-bit and 16-bit access to the FPGA. The device has a clock input of 25MHz, generated from
the CPLD. For more information about the device refer to the
RC200 data sheets
(see page 34).
Ethernet pins
Function
RC200 FPGA pins (in
ascending order)
RC203 FPGA pins (in
ascending order)
ED0 - ED15
Data [15:0]
M21, N22, N21, P22, P21,
R21, T22, T21, U22, U21,
V21, W22, W21, Y22, Y21,
M17
P23, R24, R23, T24, T23,
U23, V24, V23, W24, W23,
Y23, AA24, AA23, AB24,
AB23, P19
EC0 - EC2
Address [2:0]
M18, M20, M19
P20, P22, P21
EC3 and EC4
Not byte enable
N20, N19
R22, R21
EC5 Not
Read P20
T22
EC6 Not
Write P19
T21
EC7 Interrupt R20
U22
EC8
Asynchronous ready
pin (Ardy)
R19 U21
EC9 Reset
T20
V22
4.10 Video input processor
The RC200/203 board is fitted with a Philips SAA7113H Video Input Processor, enabling the FPGA to
capture S Video, CVBS and Camera input.
The FPGA can decode RGB to:
•
NTSC or PAL using the AD725 RGB to NTSC/PAL encoder
•
VGA output using the ADV7123 RGB to VGA encoder
Video input control and data pins
The video input has 8 data pins and 6 control lines:
Video input pins
Function
RC200 FPGA Pins (in
ascending order)
RC203 FPGA Pins (in
ascending order)
VIND0 – VIND7
Data pins [7:0]
AA20, AA18, AA17, AB17,
AA16, AB16, AA15, AA14
AC22, AC20, AC19, AD19,
AC18, AD18, AC17, AC16
VINC0 RTS1 W20
AA22
VINC1 RTS0 N17
R19
VINC2 RTCO P17
T19
VINC3 SCL
N18
R20
VINC4 SDA P18
T20
VINC5 CEP R18
U20
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