xxx Dual AMC box Datasheet v1.1( )

Transcription

1 xxx Dual AMC box Datasheet v1.1( )

2 Document version: Preliminary Issue Date: December 8, 2015 Written by: Approved by: Document title: Filip Świtakowski Marcin Kiepiela Dual AMC box - Datasheet Page 1 of 14

3 Contents 1 Project description 3 2 Functional specifications 3 3 Product view 4 4 Routing CROSS TAB Compatible products 14 6 Producer and technical support center 14 Page 2 of 14

4 1 Project description It is low cost, standalone AMC FMC carrier for 2 modules. It can be connected to the PC using QSFP cable of fiber and QSFP-PCIe converter. Such converter can be purchased from Vadatech but we also prepare OH version. It has 4 SFP+ cages, 2 QSFP cages, 8 trigger I/O routed to MLVDS. The carrier is supplied from standard 12V DC supply, has simplified shelf manager that controls fans. It also pocess local LAN for diagnostics and monitoring. AMC modules are mounted in specially designed ubackplane board. Case is 101mm tall, 228mm wide and 234,5mm long. Example configurations: 2 Functional specifications Connectivity: 2 QSFP cages for PCIe connectivity 4 SFP+ cages for Ethernet 8 SMA connectors interchangeable with 8 LEMO connectors 10/100 LAN 1 SMA clock input Clocking: I/O: 1 clock input Clock routing configurable using UFL jumpers 8 in/out with individually configured direction. Possible use either SMA single ended or LEMO 2-pole with MLVDS. Connectors may be used as RS232 as well. Other: Integrated cooling system with temperature control Supply: Power input 12V Page 3 of 14

5 Dual AMC box 3 Product view Figure 1: ubackplane Board Figure 2: Dual AMC box with AFC board equipped in FMC DIO32 Creotech Instruments S.A. ul. Gen. L. Okulickiego 7/ Piaseczno, Poland tel support@creotech.pl Page 4 of 14

6 Figure 3: Dual AMC box with 2 AFC boards Figure 4: Box drawings Page 5 of 14

7 4 Routing Figure 5: Block scheme Page 6 of 14

8 There are several options of usage inputs and outputs. In the Figure 5 all I/O are lead out to LEMO 00 connectors which are in MLVDS standard. Any LEMO 00 connector may be interchangable with SMA connector. When SMA connector is used the signal is transmitted through transceiver to MLVDS. Group of signals 1 to 4 and 5 to 8 can be used as RS232 as well. In the Figure 6 group 1 to 4 is used as RS232 (Connected through MAX3232) and group 5 to 8 is lead out to SMA. In the table below is shown routing between RS232 and MLVDS line. MLVDS signal RS232 signal 1 CTS 2 RX 3 TX 4 RTS 5 CTS 6 RX 7 TX 8 RTS Figure 6: Front panel Page 7 of 14

9 Figure 7: Front panel Page 8 of 14

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13 4.1 CROSS TAB CROSS-OPTION ACC AFC mounted unmounted Sig ACC port Sig AFC port capacitors capacitors TX1 P 44 RX1 P 47 C326; C343 C358; C310 TX1 N 45 RX1 N 48 C328; C345 C359; C311 TX2 P 50 RX2 P 53 C346; C331 C360; C312 TX2 N 51 RX2 N 54 C348; C333 C361; C313 TX3 P 59 RX3 P 62 C350; C335 C362; C314 TX3 N 60 RX3 N 63 C352; C337 C363; C315 TX4 P 65 RX4 P 68 C354; C339 C364; C316 TX4 N 66 RX4 N 69 C356; C341 C365; C317 RX1 P 47 TX1 P 44 C342; C327 C366; C318 RX1 N 48 TX1 N 45 C344; C329 C367; C319 RX2 P 53 TX2 P 50 C330; C347 C368; C320 RX2 N 54 TX2 N 51 C332; C349 C369; C321 RX3 P 62 TX3 P 59 C334; C351 C370; C322 RX3 N 63 TX3 N 60 C336; C353 C371; C323 RX4 P 68 TX4 P 65 C338; C355 C372; C324 RX4 N 69 TX4 N 66 C340; C357 C373; C325 Page 12 of 14

14 AFC-ACC DIRECT COMMUNICATION FP2 Sig ACC port AFC port RX1 N RX1 P TX1 N TX1 P RX2 N RX2 P TX2 N TX2 P RX3 N RX3 P TX3 N TX3 P RX4 N RX4 P TX4 N TX4 P P2P RX12 N RX12 P TX12 N TX12 P RX13 N RX13 P TX13 N TX13 P RX14 N RX14 P TX14 N TX14 P RX15 N RX15 P TX15 N TX15 P Page 13 of 14

15 5 Compatible products Producer and technical support center Name: Creotech Instruments S.A. Address: ul. Okulickiego 7/9, Piaseczno, Poland support@creotech.pl WWW: Telephone: Page 14 of 14