VME-PMC-CPU/2-T - ESD VME-PMC-CPU/2-T I/O Controller - Master or slave functionality, 2eVME and 2eSST fast protocol, Slots according to IEEE Std 1386-2001 specified

VME-PMC-CPU/2-T - ESD VME-PMC-CPU/2-T I/O Controller - Master or slave functionality, 2eVME...

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Part Number:: VME-PMC-CPU/2-T
Model Number:: VME-PMC-CPU/2-T
Make:: ESD
Lead Time:: Available
Qty In Stock:: Available

ESD VME-PMC-CPU/2-T I/O Controller - Master or slave functionality, 2eVME and 2eSST fast protocol, Slots according to IEEE Std 1386-2001 specified Simple Type: I/O Controller

The Tsi148 allows the board to operate either as slave or as master on the VMEbus. If the board operates as master, it supports a 4-level arbiter. Any of the seven-interrupt request lines accepts application of the VMEbus interrupt, and the board connects to the VMEbus by two 160-pin VG-connectors (complementary to DIN41612) for VME64 systems. LEDs in the front panel indicate an active VMEbus-interrupt request and a VMEbus access onto the board. A high efficient PowerPC MPC8349 powers the board at 533 or 667 MHz with the advantage of frugal power consumption. The fast floating-point unit of type 603 allows complex algorithms at formidable speed. The memory enables ECC with a capacity of 512 Mbyte or optional 1 Gbyte DDR2-typed RAM. The flash memory of 2 Gbyte allows even complex and ambitious operating systems as well as user's application. The on-board FPGA controls the set-up of the board resources, including the complex Tsi148 VME interface and the PMC slots, but is mighty enough to enable a programming API for the programmers usage. The board also includes 2 Gbit Ethernet ports, 2 USB 2.0 Hi-Speed ports and 2 RS-232 serial ports with access through the front panel. Various LEDs signal state of operation - also usable at programmers demand.

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Features

128 Mbyte Flash (NOR)
2 Gbyte NAND Flash
2eVME and 2eSST fast protocol
2x Gbit Ethernet
2x RS-232 serial interface
2x USB 2.0 Hi-Speed
4-level arbiter
512 Mbyte DDR2 RAM ECC (optional up to 1 Gbyte)
533 MHz (optional up to 667 MHz for standard temperature range board)
Address/data up to A64/D64
Freescale MPC 8349
Master or slave functionality
One XMC according to VITA 42.3
Option ‘-32P2’: different P2-pinning
PCI 64 bit at 66 MHz, 3.3 V only
PMC I/Os applied to VMEbus P2, signals routed acc. to VITA 35 (P4V2-64ac, P4V0-64)
PPMC according to VITA 32
Slots according to IEEE Std 1386-2001 specified
Two single size PMC modules insertable
VME-PCI bridge Tundra Tsi148<
VME64-extension connector
XC3S1600E FPGA (shared with NAND Flash interface)

Specifications

General

Address Modifier: Standard supervisory and non-privileged data access Extended supervisory and non-privileged data access Short supervisory and non-privileged access
BASE ADDRESS: Geographical addressing
Board size: 160 mm x 233 mm
Connector Types: P1, P2: VMEbus (160 pins) P0: VMEbus (114 pins) J11, J12, J21, J22: PMC address/data J13, J23: PCI 64 signals J14, J24: PMC I/O signals J15: XMC
Controller: TUNDRA Tsi148
Humidity: Max. 90 %, non-condensing
LEDs: LEDs in the front panel indicate VMEbus interrupt and VMEbus access
PCI Voltage level: 3.3 V (signal level) only
Size : Two single size modules
Standard: IEEE Std 1386-2001
Temperature: Standard: 0...50 /C (Order no.: V.1917.01/.11) Extended: -40...+85 /C (Order no. V.1917.02 /.13)
VME dimensions: 6 U height, 4 HP width
VME PCI Bridge: Tundra Tsi148, 32/64 bit at 33/66 MHz
VMEbus access: Legacy protocols to protect existing VME investment VME64 extensions 2eVME and 2eSST protocols
VMEbus Connector: 160-pole VG connector (complementary to DIN 41612), acc. to VME64 extension standard
VMEbus standard: IEEE 1014 Rev. D
XMC: Slot 1 with 4 lane XMC interface (J15) according to VITA 42.3 standard

Applications

None Available

Aliases

None Available

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