Third Generation IPMI MMC Controller For AdvancedTCA

NEW
  • Based on ARM 32-bit Cortex-M33 CPU (160MHz)
  • On board 4MB of Flash with 2.5MB of integrated SRAM
  • CPU Package size 13x13mm BGA
  • Meets all requirements per PICMG standard
  • Evaluation board for the MMC in AdvancedTCA (ATCA) form factor
  • Available tools for creating the FRU/SDR/Detailed HW description
  • Controller can manage an RTM (Rear Transition Module) per ATCA specification as well as 8 AMC
  • Controller uses less than ~0.3W when operating
  • Minimized hardware, footprint size, and power utilization.

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The ATC015 is an evaluation board for VadaTech third generation IPMI controller. It meets all of the requirements for an ATCA Carrier Manager as laid out in the industry standards from PICMG keeping with the long history of VadaTech’s Gen1/Gen2 IPMI controllers. The controller can manage a Rear Transition Module (RTM) based on the ATCA specification as well as 8 AMC modules.

The ATC015 is suitable for prototyping and evaluation of VadaTech IPMI MMC with VadaTech or third party ATCA compliant products.

The ATC015 can simulate the payload, the RTM and the AMC modules.The ATC015 has an integrated 4MB of Flash with 2.5MB of integrated SRAM. The Microcontroller can operate from -40°C to +85°C. Controller uses less than ~0.3W of power when operating.

Tool

VadaTech’s ATC015 is available with binary tools easily installable on third party Linux or Windows for creating the FRU/SDR/Detailed HW description flash images and upgrading the board with them without need to compile software. 

Key Features
  • Based on ARM 32-bit Cortex-M33 CPU (160MHz)
  • On board 4MB of Flash with 2.5MB of integrated SRAM
  • CPU Package size 13x13mm BGA
  • Meets all requirements per PICMG standard
  • Evaluation board for the MMC in AdvancedTCA (ATCA) form factor
  • Available tools for creating the FRU/SDR/Detailed HW description
  • Controller can manage an RTM (Rear Transition Module) per ATCA specification as well as 8 AMC
  • Controller uses less than ~0.3W when operating
  • Minimized hardware, footprint size, and power utilization.
Benefits
  • Expertise of VadaTech IPMI controllers
  • Electrical, mechanical, software, and system-level expertise in house
  • Full system supply from industry leader
  • AS9100 and ISO9001 certified company
Specifications Related Products

AMC015

Third Generation IPMI MMC Controller, MicroTCA module

  • Based on ARM 32-bit Cortex-M4 CPU (120MHz)
  • Meet all requirements per PICMG standard
  • Evaluation board for the MMC in AMC Form Factor
  • Available tools for creating the FRU/SDR/Detailed HW description
  • Minimized hardware, footprint size, and power utilization.
View product AMC015 Data Sheet

VPX015

Third Generation IPMI MMC Controller For VPX 3U and 6U Modules

  • Based on ARM 32-bit Cortex-M33 CPU (160MHz)
  • On board 4MB of Flash with 2.5MB of integrated SRAM
  • CPU Package size 13x13mm BGA
  • Meets all requirements per VITA 46.11 standard
  • Evaluation board for the MMC in VPX form factor
  • Available tools for creating the FRU/SDR/Detailed HW description
  • Controller can manage an RTM (Rear Transition Module) as well as up to two FMC and XMC modules
  • Utilized on both the VPX 3U as well as 6U modules
  • Controller uses less than ~0.3W when operating
  • Minimized hardware, footprint size, and power utilization.
View product VPX015 Data Sheet

VT820

12U AdvancedTCA Shelf, 14 Slot

  • 14 Slot Rugged ATCA Shelf
  • 12U x 19” wide x 23” deep
  • Conforms to PICMG 3.0 specification
  • Meets MIL-STD-810F for shock & vibration
  • Meets MIL-STD-461E for EMI
  • Fabric and Base interface with Dual Star Interconnect
  • Split power distribution (odd slots on A1/B1, even slots on A2/B2)
  • Front to back cooling
  • Airflow Baffle Plate Provision
  • Bussed IPMI
  • Customized Rear I/O (BACC MIL- 26500 Connectors)
View product VT820 Data Sheet

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