GX3501, GX3509, GX3510, GX3511 and GX3540 (PIO) Expansion Boards

The GX3500 is available with a family of expansion modules used to support different logic levels:

GX3501 - 80 Channel TLL Buffer Expansion Card for GX3500. Each group of 40 channels can be configured with an on-board jumper to support TTL of LVTTL logic levels. Each channel can be configured to an input or output under software control. Together with the GX3500 the combined card is called GX3601.
GX3509 - 80 Channel Differential TLL Expansion Board for GX3500. Each channel can be configured as an output or input under software control via the GX3500's function calls. Together with the GX3500 the combined card is called GX3609.
GX3510 - 80 Channel mLVDS Buffer Expansion Board for GX3500. Together with the GX3500 the combined card is called GX3610.
GX3511 - 80 Channel LVDS Buffer Expansion Board for the GX3500. Together with the GX3500 the combined card is called GX3611.
GX3540 - ECL Expansion Board Expansion Board for GX3500, this board when combined with the GX3500 is also known as the GX3640. The GX3540 consists of 20 differential ECL drivers and 20 differential ECL receivers. Each channel can be accessed via software commands for use in static I/O applications. The board includes on-board terminators for each differential channel.

Internal Connections

The following table describes the channel assignment and connections for the GX3501, GX3509, GX3510' GX3511 and GX3540 expansion boards. Differential signals are preceded by Hi for positive signals by Lo for negative signals, in turn they are followed by the User Signal Name or the connector pin in the User Connector or the Front Panel Connection. The GX3501 uses only the Hi signals from the differential pair when connecting to the user side.

The GX3540 uses user signals UIO_Axx (See Table: P11 Connector Pin Assignments) for the input channels and user signal UIO_Dxx for the output channels. User signals UIO Bxx (See Table: P10 Connector Pin Assignments) and UIO_Cxx are not used on the GX3540. The channels with the I/O Direction function are also not used.

The following image shows differential channel 1 and 2. DfE1 (Flex I/O Channel 1) is I/O Data for channel 1 and Diff1 (Flex I/O Channel 2) is the I/O Direction control for channel 1, see Table: P11 Connector Pin Assignments.

Differential Channel Schematic

Flex I/O Channel	Host Connector Pin	Related User Channel	Function	Related User Signal Name	User Connector Pin	Front Panel Connection
1	P9-2	1	I/O Data	Hi A0, Lo A1	Hi P11-1, Lo P11-3	Hi J1-35, Lo J1-36
2	P9-4	1	I/O Direction
3	P9-6	2	I/O Data	Hi A2, Lo A3	Hi P11-5, Lo P11-7	Hi J1-37, Lo J1-38
4	P9-8	2	I/O Direction
5	P9-10	3	I/O Data	Hi A4, Lo A5	Hi P11-9, Lo P11-11	Hi J1-39, Lo J1-40
6	P9-12	3	I/O Direction
7	P9-14	4	I/O Data	Hi A6, Lo A7	Hi P11-13, Lo P11-15	Hi J1-41, Lo J1-42
8	P9-16	4	I/O Direction
9	P9-18	5	I/O Data	Hi A8, Lo A9	Hi P11-17, Lo P11-19	Hi J1-43, Lo J1-44
10	P9-20	5	I/O Direction
11	P9-22	6	I/O Data	Hi A10, Lo A11	Hi P11-21, Lo P11-23	Hi J1-45, Lo J1-46
12	P9-24	6	I/O Direction
13	P9-26	7	I/O Data	Hi A12, Lo A13	Hi P11-25, Lo P11-27	Hi J1-47, Lo J1-48
14	P9-28	7	I/O Direction
15	P9-30	8	I/O Data	Hi A14, Lo A15	Hi P11-29, Lo P11-31	Hi J1-49, Lo J1-50
16	P9-32	8	I/O Direction
17	P9-34	9	I/O Data	Hi A16, Lo A17	Hi P11-33, Lo P11-35	Hi J1-51, Lo J1-52
18	P9-36	9	I/O Direction
19	P9-38	10	I/O Data	Hi A18, Lo A19	Hi P11-37, Lo P11-39	Hi J1-53, Lo J1-54
20	P9-40	10	I/O Data
21	P9-42	11	I/O Data	Hi A20, Lo A21	Hi P11-41, Lo P11-43	Hi J1-55, Lo J1-56
22	P9-44	11	I/O Direction
23	P9-46	12	I/O Data	Hi A22, Lo A23	Hi P11-45, Lo P11-47	Hi J1-57, Lo J1-58
24	P9-48	12	I/O Direction
25	P9-50	13	I/O Data	Hi A24, Lo A25	Hi P11-49, Lo P11-51	Hi J1-59, Lo J1-60
26	P9-52	13	I/O Direction
27	P9-54	14	I/O Data	Hi A26, Lo A27	Hi P11-53, Lo P11-55	Hi J1-61, Lo J1-62
28	P9-56	14	I/O Direction
29	P9-58	15	I/O Data	Hi A28, Lo A29	Hi P11-57, Lo P11-59	Hi J1-29, Lo J1-63
30	P9-60	15	I/O Direction
31	P9-62	16	I/O Data	Hi A30, Lo A31	Hi P11-61, Lo P11-63	Hi J1-30, Lo J1-64
32	P9-64	16	I/O Direction
33	P9-66	17	I/O Data	Hi A32, Lo A33	Hi P11-65, Lo P11-67	Hi J1-31, Lo J1-65
34	P9-68	17	I/O Direction
35	P9-70	18	I/O Data	Hi A34, Lo A35	Hi P11-69, Lo P11-71	Hi J1-32, Lo J1-66
36	P9-72	18	I/O Direction
37	P9-74	19	I/O Data	Hi A36, Lo A37	Hi P11-73, Lo P11-75	Hi J1-33 Lo J1-67
38	P9-76	19	I/O Direction
39	P9-78	20	I/O Data	Hi A38, Lo A39	Hi P11-77, Lo P11-79	Hi J1-34, Lo J1-68
40	P9-80	20	I/O Direction
41	P8-30	21	I/O Data	Hi B0, Lo B1	Hi P10-1, Lo P10-3	Hi J3-35, Lo J3-36
42	P8-32	21	I/O Direction
43	P8-34	22	I/O Data	Hi B2, Lo B3	Hi P10-5, Lo P10-7	Hi J3-37, Lo J3-38
44	P8-36	22	I/O Direction
45	P8-38	23	I/O Data	Hi B4, Lo B5	Hi P10-9, Lo P10-11	Hi J3-39, Lo J3-40
46	P8-40	23	I/O Direction
47	P8-42	24	I/O Data	Hi B6, Lo B7	Hi P10-13, Lo P10-15	Hi J3-41, Lo J3-42
48	P8-44	24	I/O Direction
49	P8-46	25	I/O Data	Hi B8, Lo B9	Hi P10-17, Lo P10-19	Hi J3-43, Lo J3-44
50	P8-48	25	I/O Direction
51	P8-50	26	I/O Data	Hi B10, Lo B11	Hi P10-21, Lo P10-23	Hi J3-45, Lo J3-46
52	P8-52	26	I/O Direction
53	P8-54	27	I/O Data	Hi B12, Lo B13	Hi P10-25, Lo P10-27	Hi J3-47, Lo J3-48
54	P8-56	27	I/O Direction
55	P8-58	28	I/O Data	Hi B14, Lo B15	Hi P10-29, Lo P10-31	Hi J3-49, Lo J3-50
56	P8-60	28	I/O Direction
57	P8-62	29	I/O Data	Hi B16, Lo B17	Hi P10-33, Lo P10-35	Hi J3-51, Lo J3-52
58	P8-64	29	I/O Direction
59	P8-66	30	I/O Data	Hi B18, Lo B19	Hi P10-37, Lo P10-39	Hi J3-53, Lo J3-54
60	P8-68	30	I/O Direction
61	P8-70	31	I/O Data	Hi B20, Lo B21	Hi P10-41, Lo P10-43	Hi J3-55, Lo J3-56
62	P8-72	31	I/O Direction
63	P8-74	32	I/O Data	Hi B22, Lo B23	Hi P10-45, Lo P10-47	Hi J3-57, Lo J3-58
64	P8-76	32	I/O Direction
65	P8-78	33	I/O Data	Hi B24, Lo B25	Hi P10-49, Lo P10-51	Hi J3-59, Lo J3-60
66	P8-80	33	I/O Direction
67	P8-82	34	I/O Data	Hi B26, Lo B27	Hi P10-53, Lo P10-55	Hi J3-61, Lo J3-62
68	P8-84	34	I/O Direction
69	P8-86	35	I/O Data	Hi B28, Lo B29	Hi P10-57, Lo P10-59	Hi J3-29, Lo J3-63
70	P8-88	35	I/O Direction
71	P8-90	36	I/O Data	Hi B30, Lo B31	Hi P10-61, Lo P10-63	Hi J3-30, Lo J3-64
72	P8-92	36	I/O Direction
73	P8-94	37	I/O Data	Hi B32, Lo B33	Hi P10-65, Lo P10-67	Hi J3-31, Lo J3-65
74	P8-96	37	I/O Direction
75	P8-98	38	I/O Data	Hi B34, Lo B35	Hi P10-69, Lo P10-71	Hi J3-32, Lo J3-66
76	P8-100	38	I/O Direction
77	P8-102	39	I/O Data	Hi B36, Lo B37	Hi P10-73, Lo P10-75	Hi J3-33 Lo J3-67
78	P8-104	39	I/O Direction
79	P8-106	40	I/O Data	Hi B38, Lo B39	Hi P10-77, Lo P10-79	Hi J3-33 Lo J3-67
80	P8-108	40	I/O Direction
81	P8-107	41	I/O Data	Hi C0, Lo C1	Hi P10-80, Lo P10-78	Hi J4-35, Lo J4-36
82	P8-105	41	I/O Direction
83	P8-103	42	I/O Data	Hi C2, Lo C3	Hi P10-76, Lo P10-74	Hi J4-37, Lo J4-38
84	P8-101	42	I/O Direction
85	P8-99	43	I/O Data	Hi C4, Lo C5	Hi P10-72, Lo P10-70	Hi J4-39, Lo J4-40
86	P8-97	43	I/O Direction
87	P8-95	44	I/O Data	Hi C6, Lo C7	Hi P10-68, Lo P10-66	Hi J4-41, Lo J4-42
88	P8-93	44	I/O Direction
89	P8-91	45	I/O Data	Hi C8, Lo C9	Hi P10-64, Lo P10-62	Hi J4-43, Lo J4-44
90	P8-89	45	I/O Direction
91	P8-87	46	I/O Data	Hi C10, Lo C11	Hi P10-60, Lo P10-58	Hi J4-45, Lo J4-46
92	P8-85	46	I/O Direction
93	P8-83	47	I/O Data	Hi C12, Lo C13	Hi P10-56, Lo P10-54	Hi J4-47, Lo J4-48
94	P8-81	47	I/O Direction
95	P8-79	48	I/O Data	Hi C14, Lo C15	Hi P10-52, Lo P10-50	Hi J4-49, Lo J4-50
96	P8-77	48	I/O Direction
97	P8-75	49	I/O Data	Hi C16, Lo C17	Hi P10-48, Lo P10-46	Hi J4-51, Lo J4-52
98	P8-73	49	I/O Direction
99	P8-71	50	I/O Data	Hi C18, Lo C19	Hi P10-44, Lo P10-42	Hi J4-53, Lo J4-54
100	P8-69	50	I/O Direction
101	P8-67	51	I/O Data	Hi C20, Lo C21	Hi P10-40, Lo P10-38	Hi J4-55, Lo J4-56
102	P8-65	51	I/O Direction
103	P8-63	52	I/O Data	Hi C22, Lo C23	Hi P10-36, Lo P10-34	Hi J4-57, Lo J4-58
104	P8-61	52	I/O Direction
105	P8-59	53	I/O Data	Hi C24, Lo C25	Hi P10-32, Lo P10-30	Hi J4-59, Lo J4-60
106	P8-57	53	I/O Direction
107	P8-55	54	I/O Data	Hi C26, Lo C27	Hi P10-28, Lo P10-26	Hi J4-61, Lo J4-62
108	P8-53	54	I/O Direction
109	P8-51	55	I/O Data	Hi C28, Lo C29	Hi P10-24, Lo P10-22	Hi J4-29, Lo J4-63
110	P8-49	55	I/O Direction
111	P8-47	56	I/O Data	Hi C30, Lo C31	Hi P10-20, Lo P10-18	Hi J4-30, Lo J4-64
112	P8-45	56	I/O Direction
113	P8-43	57	I/O Data	Hi C32, Lo C33	Hi P10-16, Lo P10-14	Hi J4-31, Lo J4-65
114	P8-41	57	I/O Direction
115	P8-39	58	I/O Data	Hi C34, Lo C35	Hi P10-12, Lo P10-10	Hi J4-32, Lo J4-66
116	P8-37	58	I/O Direction
117	P8-35	59	I/O Data	Hi C36, Lo C37	Hi P10-8, Lo P10-6	Hi J4-33 Lo J4-67
118	P8-33	59	I/O Direction
119	P8-31	60	I/O Data	Hi C38, Lo C39	Hi C38, Lo C39	Hi J4-34, Lo J4-68
120	P8-29	60	I/O Direction
121	P9-79	61	I/O Data	Hi D0, Lo D1	Hi P11-80, Lo P11-78	Hi J2-35, Lo J2-36
122	P9-77	61	I/O Direction
123	P9-75	62	I/O Data	Hi D2, Lo D3	Hi P11-76, Lo P11-74	Hi J2-37, Lo J2-38
124	P9-73	62	I/O Direction
125	P9-71	63	I/O Data	Hi D4, Lo D5	Hi P11-72, Lo P11-70	Hi J2-39, Lo J2-40
126	P9-69	63	I/O Direction
127	P9-67	64	I/O Data	Hi D6, Lo D7	Hi P11-68, Lo P11-66	Hi J2-41, Lo J2-42
128	P9-65	64	I/O Direction
129	P9-63	65	I/O Data	Hi D8, Lo D9	Hi P11-64, Lo P11-62	Hi J2-43, Lo J2-44
130	P9-61	65	I/O Direction
131	P9-59	66	I/O Data	Hi D10, Lo D11	Hi P11-60, Lo P11-58	Hi J2-45, Lo J2-46
132	P9-57	66	I/O Direction
133	P9-55	67	I/O Data	Hi D12, Lo D13	Hi P11-56, Lo P11-54	Hi J2-47, Lo J2-48
134	P9-53	67	I/O Direction
135	P9-51	68	I/O Data	Hi D14, Lo D15	Hi P11-52, Lo P11-50	Hi J2-49, Lo J2-50
136	P9-49	68	I/O Direction
137	P9-47	69	I/O Data	Hi D16, Lo D17	Hi P11-48, Lo P11-46	Hi J2-51, Lo J2-52
138	P9-45	69	I/O Direction
139	P9-43	70	I/O Data	Hi D18, Lo D19	Hi P11-44, Lo P11-42	Hi J2-53, Lo J2-54
140	P9-41	70	I/O Direction
141	P8-39	71	I/O Data	Hi D20, Lo D21	Hi P11-40, Lo P11-38	Hi J2-55, Lo J2-56
142	P9-37	71	I/O Direction
143	P9-35	72	I/O Data	Hi D22, Lo D23	Hi P11-36, Lo P11-34	Hi J2-57, Lo J2-58
144	P9-33	72	I/O Direction
145	P9-31	73	I/O Data	Hi D24, Lo D25	Hi P11-32, Lo P11-30	Hi J2-59, Lo J2-60
146	P9-29	73	I/O Direction
147	P9-27	74	I/O Data	Hi D26, Lo D27	Hi P11-28, Lo P11-26	Hi J2-61, Lo J2-62
148	P9-25	74	I/O Direction
149	P9-23	75	I/O Data	Hi D28, Lo D29	Hi P11-24, Lo P11-22	Hi J2-29, Lo J2-63
150	P9-21	75	I/O Direction
151	P9-19	76	I/O Data	Hi D30, Lo D31	Hi P11-20, Lo P11-18	Hi J2-30, Lo J2-64
152	P9-17	76	I/O Direction
153	P9-15	77	I/O Data	Hi D32, Lo D33	Hi P11-16, Lo P11-14	Hi J2-31, Lo J2-65
154	P9-13	77	I/O Direction
155	P9-11	78	I/O Data	Hi D34, Lo D35	Hi P11-12, Lo P11-10	Hi J2-32, Lo J2-66
156	P9-9	78	I/O Direction
157	P9-7	79	I/O Data	Hi D36, Lo D37	Hi P11-8, Lo P11-6	Hi J2-33 Lo J2-67
158	P9-5	79	I/O Direction
159	P9-3	80	I/O Data	Hi D38, Lo D39	Hi P11-4, Lo P11-2	Hi J2-34, Lo J2-68
160	P9-1	80	I/O Direction

P11 Connector Pin Assignments

GX3601 J1-J4 Banks A-D Connectors

Connections to the GX3501 are made via 68-pin VHDCI male plug connector. Shielded cables with matching connectors are available from Marvin Test Solutions.

GX3601 J1 Flex I/O Bank A Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 0	52	NC
2	GND	19	GND	36	NC	53	I/O 13
3	GND	20	GND	37	I/O 1	54	NC
4	GND	21	GND	38	NC	55	I/O 13
5	GND	22	GND	39	I/O 2	56	NC
6	GND	23	GND	40	NC	57	I/O 13
7	GND	24	GND	41	I/O 3	58	NC
8	GND	25	GND	42	NC	59	I/O 13
9	GND	26	GND	43	I/O 4	60	NC
10	GND	27	5 V UUT	44	NC	61	I/O 13
11	GND	28	5 V UUT	45	I/O 5	62	NC
12	GND	29	I/O 14	46	NC	63	NC
13	GND	30	I/O 15	47	I/O 6	64	NC
14	GND	31	I/O 16	48	NC	65	NC
15	GND	32	I/O 17	49	I/O 7	66	NC
16	GND	33	I/O 18	50	NC	67	NC
17	GND	34	I/O 19	51	I/O 8	68	NC

GX3601 J1 Flex IO Bank A Connector

GX3601 J3 Flex I/O Bank B Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 20	52	NC
2	GND	19	GND	36	NC	53	I/O 29
3	GND	20	GND	37	I/O 21	54	NC
4	GND	21	GND	38	NC	55	I/O 30
5	GND	22	GND	39	I/O 22	56	NC
6	GND	23	GND	40	NC	57	I/O 31
7	GND	24	GND	41	I/O 23	58	NC
8	GND	25	GND	42	NC	59	I/O 32
9	GND	26	GND	43	I/O 24	60	NC
10	GND	27	5 V UUT	44	NC	61	I/O 33
11	GND	28	5 V UUT	45	I/O 25	62	NC
12	GND	29	I/O 34	46	NC	63	NC
13	GND	30	I/O 35	47	I/O 26	64	NC
14	GND	31	I/O 36	48	NC	65	NC
15	GND	32	I/O 37	49	I/O 27	66	NC
16	GND	33	I/O 38	50	NC	67	NC
17	GND	34	I/O 39	51	I/O 28	68	NC

GX3601 J3 Flex IO Bank B Connector

GX3601 J4 Flex I/O Bank C Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 40	52	NC
2	GND	19	GND	36	NC	53	I/O 49
3	GND	20	GND	37	I/O 41	54	NC
4	GND	21	GND	38	NC	55	I/O 50
5	GND	22	GND	39	I/O 42	56	NC
6	GND	23	GND	40	NC	57	I/O 51
7	GND	24	GND	41	I/O 43	58	NC
8	GND	25	GND	42	NC	59	I/O 52
9	GND	26	GND	43	I/O 44	60	NC
10	GND	27	5 V UUT	44	NC	61	I/O 53
11	GND	28	5 V UUT	45	I/O 45	62	NC
12	GND	29	I/O 54	46	NC	63	NC
13	GND	30	I/O 55	47	I/O 46	64	NC
14	GND	31	I/O 56	48	NC	65	NC
15	GND	32	I/O 57	49	I/O 47	66	NC
16	GND	33	I/O 58	50	NC	67	NC
17	GND	34	I/O 59	51	I/O 48	68	NC

GX3601 J4 Flex IO Bank C Connector

GX3601 J2 Flex I/O Bank D Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 60	52	NC
2	GND	19	GND	36	NC	53	I/O 69
3	GND	20	GND	37	I/O 61	54	NC
4	GND	21	GND	38	NC	55	I/O 70
5	GND	22	GND	39	I/O 62	56	NC
6	GND	23	GND	40	NC	57	I/O 71
7	GND	24	GND	41	I/O 63	58	NC
8	GND	25	GND	42	NC	59	I/O 72
9	GND	26	GND	43	I/O 64	60	NC
10	GND	27	5 V UUT	44	NC	61	I/O 73
11	GND	28	5 V UUT	45	I/O 65	62	NC
12	GND	29	I/O 74	46	NC	63	NC
13	GND	30	I/O 75	47	I/O 66	64	NC
14	GND	31	I/O 76	48	NC	65	NC
15	GND	32	I/O 77	49	I/O 67	66	NC
16	GND	33	I/O 78	50	NC	67	NC
17	GND	34	I/O 79	51	I/O 68	68	NC

GX3601 J2 Flex IO Bank D Connector

GX3609, GX3610 and GX3611 J1-J4 Banks A-D Connectors

Connections to the GX3509, GX510 and GX3511 are made with 68-pin VHDCI male plug connector. Shielded cables with matching connectors are available from Marvin Test Solutions.

GX3609, GX3610, GX3611 J1 Flex I/O Bank A Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 0+	52	I/O 8-
2	GND	19	GND	36	I/O 0-	53	I/O 9+
3	GND	20	GND	37	I/O 1+	54	I/O 9-
4	GND	21	GND	38	I/O 1-	55	I/O 10+
5	GND	22	GND	39	I/O 2+	56	I/O 10-
6	GND	23	GND	40	I/O 2-	57	I/O 11+
7	GND	24	GND	41	I/O 3+	58	I/O 11-
8	GND	25	GND	42	I/O 3-	59	I/O 12+
9	GND	26	GND	43	I/O 4+	60	I/O 12-
10	GND	27	5 V UUT	44	I/O 4-	61	I/O 13+
11	GND	28	5 V UUT	45	I/O 5+	62	I/O 13-
12	GND	29	I/O 14+	46	I/O 5-	63	I/O 14-
13	GND	30	I/O 15+	47	I/O 6+	64	I/O 15-
14	GND	31	I/O 16+	48	I/O 6-	65	I/O 16-
15	GND	32	I/O 17+	49	I/O 7+	66	I/O 17-
16	GND	33	I/O 18+	50	I/O 7-	67	I/O 18-
17	GND	34	I/O 19+	51	I/O 8+	68	I/O 19-

GX3609, GX3610, GX3611 J1 Flex IO Bank A Connector

GX3609, GX3610, GX3611 J3 Flex I/O Bank B Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 20+	52	I/O 28-
2	GND	19	GND	36	I/O 20-	53	I/O 29+
3	GND	20	GND	37	I/O 21+	54	I/O 29-
4	GND	21	GND	38	I/O 21-	55	I/O 30+
5	GND	22	GND	39	I/O 22+	56	I/O 30-
6	GND	23	GND	40	I/O 22-	57	I/O 31+
7	GND	24	GND	41	I/O 23+	58	I/O 31-
8	GND	25	GND	42	I/O 23-	59	I/O 32+
9	GND	26	GND	43	I/O 24+	60	I/O 32-
10	GND	27	5 V UUT	44	I/O 24-	61	I/O 33+
11	GND	28	5 V UUT	45	I/O 25+	62	I/O 33-
12	GND	29	I/O 34+	46	I/O 25-	63	I/O 34-
13	GND	30	I/O 35+	47	I/O 26+	64	I/O 35-
14	GND	31	I/O 36+	48	I/O 26-	65	I/O 36-
15	GND	32	I/O 37+	49	I/O 27+	66	I/O 37-
16	GND	33	I/O 38+	50	I/O 27-	67	I/O 38-
17	GND	34	I/O 39+	51	I/O 28+	68	I/O 39-

GX3609, GX3610, GX3611 J3 Flex IO Bank B Connector

GX3609, GX3610, GX3611 J4 Flex I/O Bank C Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 40+	52	I/O 48-
2	GND	19	GND	36	I/O 40-	53	I/O 49+
3	GND	20	GND	37	I/O 41+	54	I/O 49-
4	GND	21	GND	38	I/O 41-	55	I/O 50+
5	GND	22	GND	39	I/O 42+	56	I/O 50-
6	GND	23	GND	40	I/O 42-	57	I/O 51+
7	GND	24	GND	41	I/O 43+	58	I/O 51-
8	GND	25	GND	42	I/O 43-	59	I/O 52+
9	GND	26	GND	43	I/O 44+	60	I/O 52-
10	GND	27	5 V UUT	44	I/O 44-	61	I/O 53+
11	GND	28	5 V UUT	45	I/O 45+	62	I/O 53-
12	GND	29	I/O 54+	46	I/O 45-	63	I/O 54-
13	GND	30	I/O 55+	47	I/O 46+	64	I/O 55-
14	GND	31	I/O 56+	48	I/O 46-	65	I/O 56-
15	GND	32	I/O 57+	49	I/O 47+	66	I/O 57-
16	GND	33	I/O 58+	50	I/O 47-	67	I/O 58-
17	GND	34	I/O 59+	51	I/O 48+	68	I/O 59-

GX3609, GX3510, GX3611 J4 Flex IO Bank C Connector

GX3609, GX3610, GX3611 J2 Flex I/O Bank D Connector

Pin #	Function	Pin	Function	Pin #	Function	Pin #	Function
1	GND	18	GND	35	I/O 60+	52	I/O 68-
2	GND	19	GND	36	I/O 60-	53	I/O 69+
3	GND	20	GND	37	I/O 61+	54	I/O 69-
4	GND	21	GND	38	I/O 61-	55	I/O 70+
5	GND	22	GND	39	I/O 62+	56	I/O 70-
6	GND	23	GND	40	I/O 62-	57	I/O 71+
7	GND	24	GND	41	I/O 63+	58	I/O 71-
8	GND	25	GND	42	I/O 63-	59	I/O 72+
9	GND	26	GND	43	I/O 64+	60	I/O 72-
10	GND	27	5 V UUT	44	I/O 64-	61	I/O 73+
11	GND	28	5 V UUT	45	I/O 65+	62	I/O 73-
12	GND	29	I/O 74+	46	I/O 65-	63	I/O 74-
13	GND	30	I/O 75+	47	I/O 66+	64	I/O 75-
14	GND	31	I/O 76+	48	I/O 66-	65	I/O 76-
15	GND	32	I/O 77+	49	I/O 67+	66	I/O 77-
16	GND	33	I/O 78+	50	I/O 67-	67	I/O 78-
17	GND	34	I/O 79+	51	I/O 68+	68	I/O 79-

GX3609, GX3610, GX3611 J2 Flex IO Bank D Connector

GX3501, GX3509, GX3510 and Programming

Use the GXFPGA driver GxFpgaPioxxx functions to program the PIO (GX3501, GX3509, GX3510 and GX3511) boards. The functions are described in details in Function Reference section. Some of the functions are also available from the software front panel.

GX3501 TTL Buffer Expansion Board Specification

Number of Channels	80 I/O signals. Direction is configurable by software on a per pin basis.
Logic Family	TTL or LVTTL, 5 volt tolerant inputs; Each group of 40 channels can be jumper configured to support TTL or LVTTL levels.
Output Current	+/- 50 mA, sink or source.
Input Leakage Current	+/- 5 uA.
Power On State	All channels are configured as inputs.
Input Protection	Overvoltage: -0.5 V to 6.5 V (input).

GX3509 Differential TTL Expansion Board Specification

Number of Channels	80 I/O signals. Direction is configurable by software on a per pin basis.
Logic Family	Differential TTL, RS-485 compatible.
Data Rate	35 Mbps (Max.)
Driver Output Current	+/- 60 mA (sink or source) (Max.)
Differential Output Voltage	1.5V min, 6V max (no load).
Receiver Input Current	+ 20 uA / -100 uA.
Differential Input Voltage	+/- 12V (Max.)
Power On State	All channels are configured as inputs.

GX3510 MLVDS Expansion Board Specification

Number of Channels	80 I/O signals. Direction is configurable by software on a per pin basis.
Logic Family	M- LVDS. Type 2 receiver.
Data Rate	200 Mbps (Max.)
Differential Output Voltage	480 mV min, 650 mV max.
Differential Input Voltage Threshold	150 mV max (positive going input). 50 mV max (negative going input).
Absolute Maximum Input Voltage Range	-1.8V to 4V.
Power On State	All channels are configured as inputs.

GX3511 LVDS Expansion Board Specification

Number of Channels	80 I/O signals. Direction is configurable by software on a per pin basis.
Logic Family	LVDS, compliant with TIA/EIA-644 devices.
Differential Channel Termination	100 ohms.
Data Rate	400 Mbps (Max.)
Differential Output Voltage	247 mV (min); 454 mV (Max), Rload = 50Ω.
Differential Input Voltage Threshold	50 mV max (positive going input). -50 mV max (negative going input).
Absolute Maximum Input Voltage Range	-0.5V to 4V.
Power On State	All channels are configured as inputs.

GX3501, GX3509, GX3510, GX3511 and GX3540 (PIO) Expansion Boards

Internal Connections

Flex I/O Channel

Host Connector Pin

Related User Channel

Function

Related User Signal Name

User Connector Pin

Front Panel Connection

1

P9-2

1

I/O Data

Hi A0,

Lo A1

Hi P11-1,

Lo P11-3

Hi J1-35,

Lo J1-36

2

P9-4

1

I/O Direction

3

P9-6

2

I/O Data

Hi A2,

Lo A3

Hi P11-5,

Lo P11-7

Hi J1-37,

Lo J1-38

4

P9-8

2

I/O Direction

5

P9-10

3

I/O Data

Hi A4,

Lo A5

Hi P11-9,

Lo P11-11

Hi J1-39,

Lo J1-40

6

P9-12

3

I/O Direction

7

P9-14

4

I/O Data

Hi A6,

Lo A7

Hi P11-13,

Lo P11-15

Hi J1-41,

Lo J1-42

8

P9-16

4

I/O Direction

9

P9-18

5

I/O Data

Hi A8,

Lo A9

Hi P11-17,

Lo P11-19

Hi J1-43,

Lo J1-44

10

P9-20

5

I/O Direction

11