MPC8377EVRALGA

The MPC8377EVRALGA is a single-core PowerPC e300c4s microprocessor IC running at 667 MHz in a 689-TEPBGA II (31×31) package. It combines a 32-bit e300 core with on-chip memory management and caches to address embedded networking, printing/imaging, consumer and industrial control applications.

Designed for highly integrated hosts and I/O processors, the device targets use cases that require programmable CPU performance alongside multiple high-speed interfaces and optional hardware security features, delivering a compact, RoHS-compliant solution for system designs.

Key Features

• Core and Performance PowerPC e300c4s core, single 32‑bit core running at 667 MHz with on‑chip MMUs and 32 KB L1 instruction and 32 KB L1 data caches as documented in the product datasheet.
• Memory Subsystem Integrated DDR1/DDR2 SDRAM memory controller to support common embedded memory configurations.
• High‑Speed Networking Two enhanced three‑speed Ethernet interfaces (10/100/1000 Mbps) for dual‑port gigabit connectivity.
• Storage Interfaces Two Serial ATA ports supporting 3 Gbps operation for direct attachment of SATA storage devices.
• USB and Peripherals Integrated USB 2.0 dual‑role controller with PHY (1), plus additional interfaces including DUART and a 32‑bit local bus and PCI controller as described in documentation.
• Security and Cryptography Optional dedicated security engine (SEC 3.0) with cryptography and a hardware random number generator to support secure functions.
• Package and Mounting 689‑TEPBGA II (31×31) package with exposed pad, surface‑mount mounting for compact board designs.
• Operating Range and Compliance Operating temperature range 0 °C to 125 °C and RoHS compliant.

Typical Applications

• Networking Equipment Dual gigabit Ethernet and PCI/local bus support make the device suitable for switches, intelligent NICs and network access systems.
• Storage and NAS Dual SATA 3 Gbps ports and integrated USB 2.0 enable compact NAS and storage gateway implementations.
• Printing and Imaging Systems On‑chip processing and multiple I/O interfaces support host CPU and I/O processor roles in printers and imaging devices.
• Security Appliances and VPN Routers Optional SEC 3.0 security engine, cryptography and RNG capabilities support secure networking and VPN functions as outlined in product documentation.

Unique Advantages

• Balanced CPU Performance: The e300c4s core at 667 MHz provides a predictable, programmable processing platform with documented L1 caches and MMU for embedded operating systems and real‑time tasks.
• Integrated Networking and Storage: Dual gigabit Ethernet and two SATA 3 Gbps ports reduce external component count for networked and storage‑centric systems.
• Built‑in Security Options: Support for SEC 3.0, cryptography and a hardware RNG enables hardware‑accelerated security functions when required by the application.
• Flexible Memory Support: DDR/DDR2 controller support allows designers to choose memory density and performance appropriate to system needs.
• Compact System Footprint: 689‑TEPBGA II (31×31) exposed‑pad package enables high integration in space‑constrained boards.
• Documented Platform: Extensive technical documentation for the MPC8377 series supports system design and integration tasks.

Why Choose MPC8377EVRALGA?

The MPC8377EVRALGA positions itself as a compact, well‑documented embedded processor that combines a 667 MHz PowerPC e300c4s core with a broad set of integrated interfaces—dual gigabit Ethernet, SATA, USB 2.0, DDR/DDR2 memory controller and optional hardware security. This combination simplifies board design and reduces bill‑of‑materials for networked, storage and control applications.

With RoHS compliance, a surface‑mount 689‑TEPBGA package and an operating temperature range of 0 °C to 125 °C, the MPC8377EVRALGA is suitable for developers seeking an integrated processor platform backed by detailed datasheet material for system development and validation.

Request a quote or submit a purchase inquiry for the MPC8377EVRALGA to begin integrating this PowerPC e300c4s processor into your next embedded design.