Description
Motorola MVME51105E-2261 Single Board Computer Specification
Product Overview
The Motorola MVME51105E-2261 is a high-performance VMEbus single-board computer (SBC) engineered for mission-critical embedded applications in industrial automation, defense, and telecommunications. As part of the legacy MVME5100 series, this ruggedized board delivers deterministic computing power with extended environmental tolerance (-40°C to +85°C). Built around a PowerPC™ processor with extensive I/O capabilities, the Motorola MVME51105E-2261 executes real-time control algorithms for robotics, signal processing, and system monitoring. Its modular architecture supports complex applications in particle accelerators, radar systems, and automated test equipment while maintaining backward compatibility with legacy VME systems.
Technical Specifications
Parameter Name | Parameter Value |
---|---|
Product Model | Motorola MVME51105E-2261 |
Manufacturer | Motorola (Curtiss-Wright/NXP) |
Product Type | VMEbus Single Board Computer |
Processor | PowerPC™ MPC7410 @ 500 MHz |
Memory | 512 MB SDRAM (ECC), 64 MB Flash |
VMEbus Interface | VME64 Master/Slave, 2eSST @ 160 MB/s |
Ethernet Ports | 2× 10/100/1000Base-T (RJ45) |
PCI Expansion | 2× PMC/XMC Slots (PCI-X 64-bit) |
Serial Ports | 2× RS-232/422/485 (Software-Configurable) |
USB Ports | 2× USB 2.0 |
Operating Temperature | **-40°C to +85°C** (Conduction-Cooled) |
Power Requirements | +5V (±5%) @ 35W max |
Dimensions | 6U VME (233 × 160 mm) |
Certifications | MIL-STD-810G, RoHS, CE |
Key Functional Capabilities
Deterministic Real-Time Computing:
500 MHz PowerPC™ MPC7410 with AltiVec™ SIMD engine processes PID control loops and FFT algorithms with ≤5 µs jitter, essential for beamline control in synchrotrons and servo positioning systems.
Extreme Environment Resilience:
Conduction-cooled design eliminates fans, preventing dust ingress in cement plants and metal foundries. Validated for 15g vibration (IEC 60068-2-64) and thermal cycling from -40°C to +85°C.
Hybrid Legacy-Modern Integration:
Backward compatibility with MVME2700-era VME chassis while supporting modern protocols:
- PMC slots host MVME5500-0161 analog I/O or Kontron Pyxis™ GPGPU cards
- Dual Gigabit Ethernet enables IEEE 1588 PTP time synchronization
- VME64 to PCI-X bridge (Tsi148 chip) sustains 160 MB/s throughput
Robust Security Architecture:
Hardware-enforced secure boot with FPGA-based watchdog timer. Supports encrypted OS kernels (VxWorks®/Linux RT) meeting MILS separation requirements for defense applications.
Extended Diagnostic Intelligence:
Built-In Test (BIT) at power-up verifies CPU/RAM/FPGA integrity. Front-panel LEDs report voltage, temperature, and network status. SNMP traps forward faults to centralized monitoring.
Targeted Application Domains
Defense Systems:
- Radar signal processing (Doppler filtering/beamforming)
- UAV flight control with encrypted datalink interfaces
Industrial Automation: - 6-axis robotics motion planning and collision avoidance
- Power plant turbine control coordination (via Modbus/TCP)
Telecom Infrastructure: - Baseband processing in 4G/LTE base stations
- Optical transport network timing controllers
Scientific Research: - Particle accelerator beam diagnostics (CERN LHC)
- Radio telescope correlator subsystems
Transportation: - Railway signaling control (SIL 2 via redundancy)
- Airport baggage handling system sorting logic
Complementary System Components
- MVME6100: 21-slot VME64x backplane for chassis integration
- MVME712M: XMC carrier with graphics/FPGA support
- MEN F210: Conduction cooling heat sink kit
- MVME0500: Transition module (RS-485/SCSI/GPIO)
- Kontron PYTHON-67: XMC module for CUDA acceleration
- VxWorks® 653: ARINC-653 compliant RTOS
- Tsi148-RDB: Reference design kit for custom boards
- XPedite6100: VPX migration path for modern systems