Jingwei Qili (HME) HME-P Series (Pegasus)

HME-P series is ideal for 5G applications due to: High-speed transceivers - up to 12.5Gbps supporting CPRI, eCPRI, and Ethernet protocols. Low latency - optimized architecture for real-time signal processing. Rich DSP resources - abundant DSP slices for digital signal processing. Hard IP integration - built-in PCIe, Ethernet MAC, and DDR controllers reduce design complexity. High reliability - industrial temperature grade (-40°C to +100°C) for outdoor base stations. Multiple 5G reference designs available from HME include baseband processing, beamforming, and fronthaul interfaces.

For 5G baseband and fronthaul applications, HME-P3 series with 12.5Gbps transceivers is recommended.

HME-P series video processing features: High bandwidth - transceivers support 4K/8K video transport. MIPI D-PHY - built-in hard IP for camera and display interfaces. DDR3/4 controllers - support for high-bandwidth video frame buffering. DSP resources - abundant DSP slices for video encoding/decoding algorithms. Multiple video interfaces - HDMI, DisplayPort, SDI support through soft IP or external PHY. Reference designs include 4K video encoding/decoding, multi-channel video switching, and image processing pipelines. Performance benchmarks show HME-P can handle 4K60 video processing with low latency.

For 4K video processing, HME-P2 series with sufficient DSP and memory bandwidth is recommended.

HME-P series AI acceleration capabilities: Parallel processing - FPGA fabric enables massive parallel computation ideal for neural networks. DSP resources - high-performance DSP slices for multiply-accumulate operations. Memory bandwidth - high-speed DDR interfaces for efficient data movement. Flexible precision - support for INT8, INT16, and floating-point operations. Reference designs include CNN accelerators, RNN implementations, and custom AI engines. Performance examples: ResNet-50 inference at 100+ fps, YOLO object detection in real-time. Integration options - can be combined with external AI chips or used as standalone accelerator.

For AI acceleration, choose HME-P3 with maximum DSP resources and memory bandwidth.

HME-P series power consumption: Static power - 0.5W to 2W depending on device size and temperature. Dynamic power - scales with design utilization and clock frequency. Typical designs - 2W to 8W for mid-range applications. High-performance designs - up to 15W for maximum utilization at high frequency. Power management features - dynamic voltage and frequency scaling, clock gating, power gating. Thermal considerations - packages designed for effective heat dissipation. Power estimation tools available in Primace software for accurate power analysis during design phase.

Use Primace power estimator early in design. Consider thermal management for high-utilization designs.

HME-P series package options: Small form factor - FBGA256, FBGA324 for compact designs. Mid-range - FBGA484, FBGA676 for balanced I/O and logic. High-pin count - FBGA900, FBGA1156 for maximum I/O and transceivers. Package features: Pb-free and RoHS compliant. Multiple pitch options (0.8mm, 1.0mm). Industrial temperature grade available. Pin-compatible options within sub-series for design migration. Package selection guidelines: Estimate required I/O count including power and ground. Consider transceiver placement for high-speed signal routing. Evaluate thermal requirements for power dissipation.

Select package based on I/O count, transceiver needs, and thermal requirements. Contact us for package recommendations.