VME-CPU/T10

• VMEbus master CPU A16/A24, D16/D8 (EO) and SGL arbiter
• NXP® PowerPC QorIQ T1022, 1.2 GHz, 64-bit architecture, double precision floating point unit, Ethernet, ECC RAM
• VMEbus interface implemented with Altera® Cyclone® V FPGA
• 2x XMC/PMC slots
• RTC with battery backup
• 2x Gigabit Ethernet, 1x RS232
• USB via 5-pin header
• I/O interfaces compatible to Motorola CPU MVME51100

• OS-9®, QNX®, VxWorks® and Linux® BSPs available
• Universal Bootloader: "The Submarine
• EtherCAT® Master available

• Energy-saving CPU QorIQ T1014 (one CPU core)
• MRAM memory expansion (2 MB instead of 512 KByte)
• Additional serial MRAM (512 KByte)
• DDR3 RAM memory expansion (2 GB instead of 512 MByte)
• Flash memory expansion (2x 128 MByte instead of 2x 16 MByte)
• Health controller: monitoring of local voltages and temperatures, watchdog and overtemperature protection
• Gold Cap (7 days backup time) instead of battery
• Board design for the extended temperature range of -40 °C ... +70 °C
• modified P0 signal routing (according to VITA 35 P4V0-64 or customer specific, e.g. Ethernet, serial or at PMC slot2 J4)
• Further customer-specific solutions on request

The VME-CPU/T10 is a CPU card for the VMEbus with 2 XMC/PMC slots.
The NXP PowerPC QorIQ T1022 with 1.2 GHz supports two 64-bit e5500 Power-Architecture® cores with high performance Data-Path-Acceleration-Architecture (DPAA) as well as network and peripheral interfaces.
The local 64-bit memory with additional 8 bits ECC has a total capacity of 512 MByte. As non-volatile memory, 16 MByte SPI flash for the bootloader and 32 KBit I²C EEPROM for the U-Boot environment are available.

The interface to the VMEbus is realized via an Altera Cyclone V FPGA.
The FPGA is connected to the CPU for low latency data exchange via the local bus and for high bandwidth data exchange via PCI Express®.
The VMEbus master interface provides A16/A24, D16/D8 (EO) and an SGL arbiter. VMEbus- slave interfaces are not supported.

The XMC1 interface with 1-lane PCIe bus and the XMC2 interface with 4-lane PCIe bus are designed according to VITA™ 42.3. The two PMC interfaces support 32-bit/66 MHz PCIBus according to PCI Local Bus Specification 3.0.

Two Gigabit Ethernet interfaces are accessible via the front panel of the VME CPU/T10. One of the Ethernet interfaces can be routed to VME P2 (up to 100 Mbit/s).
Console (Serial) The RS232 interface is accessible via an RJ45 connector in the front panel and additionally via the VME P2 connector.

The standard boot program "The U-Boot" held in flash memory enables booting of various operating systems from on-board flash or network.
BSPs from esd are available for OS-9, QNX®, VxWorks® and Linux®.
For all supported operating systems the EtherCAT master stack from esd is available.

We offer customized options for reasonable quantities. Please contact our sales team for detailed information.
For example...

- CPU-Typ
On request, the VME CPU/T10 is also available with the energy-saving single-core QorlQ CPU T1014 with 1-lane PCIe (one XMC interface).

- Memory
The memory can be expanded with larger MRAM, DDR3 RAM and flash. An additional serial MRAM can also be used.
Instead of the battery, a high-capacity capacitor (gold cap) can be fitted.

- Extended temperature range
The temperature range of the VME CPU/T10 can be extended to -40 °C to 70 °C by using suitable components.

- Special P0 pin routing
A special pin routing for P0 according to VITA 35 P4V0-64 or customer specific routings, for example for Ethernet, Serial or PMC Slot2 J4 are available on request.

- Health Controller
A health controller can be used on demand to monitor the board status such as local voltages and temperatures as well as the board type. In addition, a watchdog can be used.

We are happy to provide you with a customer-specific option or adjustment to our products when purchasing appropiate quantities. Please contact our sales team for detailed information.