Peter Strong Email & Phone Number

Reporting to the CEO, contribute to product strategy and innovation focussing on MUMIMO and mm-wave technologies for fixed wireless access. Hands-on involvement in the conception, development and delivery of Cambium's cnWave 5G and best-in-class 450m

Architecture work and physical layer development for high data rate point to point radios including PTP500

System architect and physical layer implementation for Orthogon System's PTP400 and award winning PTP600 radiosDesigned and implemented in FPGA/DSP single/dual stream mimo modem using LDPC and supporting sequential detection up to 256QAM with fast acting preemptive rate adapt

Designed and implemented physical layers for wireless meter reading systems. Implementation using DSP and FPGAsDelivered a prototype direct sequence spread spectrum modem in 6 weeks. Included protocol design, architecture, schematic capture, PCB layout, manufacture and assembly, fpga design and processor coding and debugging.

Architected, designed and delivered products for NMR, MRI and ultrasonics. Involved analogue and digital circuit design, FPGA design and coding in C. Products included a narrowband high dynamic range RF transceiver for NMR/MRI, He lock for NMR, and sensitive ultrasonic transceiver for rail and hollow axles inspection

Developed the physical layer portion of a GPS receiver. Included the architecture design with processing split between a processor and multiple Plessey gate arrays. Implemented design, writing processor code and designing gate array, which worked first time.

Msc, Electronic Engineering

Developed a linear prediction vocoder algorithm then implemented a working protoytype to exceute the algorithm and performed speech tests.

Bsc, Electronic Engineering