AMC - Com. Boards

A multi-service ATM board featuring data transmission between optical OC3/STM1 ATM traffic, Ethernet and TDM data designated to connect systems to ATM legacy networks.Key Features:

front panel interfaces
- 1x GbE
- 2x OC3 SFP
backplane interfaces
- 2x GbE
- SRIO
- PCIe
on-board
- Freescale PowerQUICC III MP8569 (1.3 GHz)

AMC Primary Rate ISDN Interface Card

 The NAMC-8569-xE1/T1 is a signalling processing engine providing 8x or 16x E1/T1 while the NAMC-8569-xE3/T3 offers 4x E3/T3 line interfaces. Both boards provide TDM cross connect and I-TDM interworking in single width, compact-, mid- or full-size form factor depending on the amount of line interfaces.

Key Features:

front panel interfaces
- 8x E1/T1 (NAMC-8569-8E1/T1) or
- 16x E1/T1 (NAMC-8569-16E1/T1) or
- 4x E3/T3 (NAMC-8569-4E3/T3)
backplane interfaces
- 2x GbE and either of the following combinations: SRIO x4, PCIe x4, 2x SRIO x1, PCIe x1 and SRIO x1, IPMI on-board
- Freescale PowerQUICC III MP8569 (1.3 GHz)
- TDM cross connection, TDM to I-TDM interworking
- Firmware: ISDN, SS7

AMC SONET/SDH Interface Card
Key Features:

dual optical interface OC-3 or OC-12
onboard Add/Drop multiplexer supports insertion/extraction of timeslots up to full bandwith of OC-3 or OC-12
GbE Interface at Fabric A
PCIe x4 interface in fat pipe region
onboard TDM to iTDM conversion

The NAMC-ADSP-8 and NAMC-ADSP-16 are multi-purpose telecommunication resource boards in AMC form factor. The modules are designed to process standard telecom algorithms like voice/data compression/decompression or DTMF detection/generation.Key Features:

front panel interfaces
- 8 or 16 LEDs depending on ADSP
backplane interfaces
- GbE, PCIe x1, IPMI
on-board
- 8 or 16 ADSP-BF535P (350MHz)
- 32MB SDRAM and 1MB FLASH per DSP
- boot loader via PCI
- I-TDM (1000BX), TDM cross connect

AMC EtherCAT Slave ModuleThe NAMC-ECAT connects the two hemispheres of the real-time, high speed field bus EtherCAT and the flexible, scalable and powerful MicroTCA embedded architecture.

The goal of the EtherCAT technology is to have a high speed real-time field bus system with very short cycle times and an exact synchronisation at affordable prices, which gets more and more important in the industrial automation. EtherCAT can be used in a broad range of applications and is completely conformant to the current Ethernet standard.

Using MicroTCA systems as dedicated slave nodes in an EtherCAT network adds a new dimension of intelligent, scalable and high performance network nodes to this industrial automation network.