3U OpenVPX Dual Ethernet SBC
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Introduction
The 68PPC2 is a low-power, high-performance 3U OpenVPX single board computer (SBC) designed for demanding, space-constrained, and resource-limited embedded systems. Key features and capabilities of the 68PPC2 include:
Processor: It is powered by the NXP T2080 Power Architecture processor running at 1.5 GHz. I/O Expansion: Includes two Generation-5 (GEN5) NAI smart I/O function modules for on-board I/O expansion. Connectivity: Features high-density front and rear I/O, with rear I/O connectivity through OpenVPX P0, P1, and P2 rear connectors. These connections include Ethernet, asynchronous serial, I2C, programmable TTL, USB, and access to onboard add-on Module I/O. Memory and Storage: Equipped with 8GB DDR3L SDRAM with ECC, 32GB onboard ROM, 256 MB NOR Flash, and 64 Kb FRAM. Peripheral Interfaces: Four e6500 cores sharing a 2MB L2 cache. Up to two 1 Gbps KX Ethernet MACs. Four PCIe interfaces (1x4 and 4x1 PCIe ports for VPX communication, 1x1 PCIe to Module interface 1, and 1x1 PCIe to the Zynq to R/W to module registers). Two high-speed USB 3.0 ports. Two SATA 2.0 controllers with a SATA switch for external storage or storage through Module Slot-2 (factory configured). RS232 Serial debug port and onboard TTL Digital I/O. It also includes a full complement of software I/O libraries and drivers, making it suitable for integration in commercial and rugged military embedded processing and I/O systems. Additionally, the card supports PCIe bus root-complex and/or Gigabit Ethernet capability and may be used with other high-density multifunction I/O boards to create expandable, low-power, high-performance, and programmable solutions for sensor and communication data acquisition, management, processing, and distribution
Manual
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Click the link below for the full product manual with detailed information.
The manual covers the following topics:
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Introduction: Overview of the module or board, including its purpose and applications.
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Features: Key features and functionalities.
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Specifications: Technical specifications such as dimensions, power requirements, and environmental conditions.
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Principle of Operation: Detailed explanation of how the module or board operates.
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Built-In Test (BIT) / Diagnostic Capability: Information on self-test and diagnostic features.
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Status and Interrupts: Details on status registers and interrupt handling.
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Pin-Out Details: Specifics on connector pin-outs and wiring.
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Mounting Requirements: Mechanical mounting information.
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Qualification: Information on the qualification and compliance standards