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AI-Driven Optical Receiving 
Atheris
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Bench-Scale Memory Diagnostics 
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Fast NAND Testing 
Bujang
Production-Line DRAM Screening 
Nest
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Explore ReconextCompany
Phoenix talks to memory modules directly through FPGA hardware instead of a host motherboard, exposing the intermittent, power, and bus-level faults that host-based testers let through.
90%+
Module recovery rate
Industry standard is 60 to 70%
10
Modules tested at once
Any mix of DDR3, DDR4, and DDR5
4,400MT/s
Test speed
Live electrical speed, no host emulation
17
Selectable test algorithms
From MATS to Rowhammer
Most DDR testers run host-based checks: plug in the module, check that it boots, call it good. Intermittent failures slip through and those modules go back into service.
Phoenix was built to catch what host testers miss, using FPGA-driven electrical diagnostics and real-time signal analysis on DDR3, DDR4, and DDR5 modules.
System-level emulation hides critical issues:
Traditional testers rely on motherboard chipsets that mask electrical faults. Phoenix communicates with the module at signal level, so intermittent failures, power anomalies, and bus errors surface. Modules it validates hold up in high-stress environments where host-tested modules fail.
Phoenix tests up to 10 modules at a time in any mix of DDR3, DDR4, and DDR5 at up to 4,400 MT/s. Swapping a color-coded quick-exchange adapter changes module type: green for DDR3, blue for DDR4, red for DDR5. Modules hot-swap without interrupting other slots.
It runs in our facilities in Penang, Bydgoszcz, and Hayward, at select partner sites, and in rack-mounted systems for on-site testing.
Up to 10 DIMMs go in at once for parallel testing.
FPGA boards drive electrical-level tests with 17 selectable algorithms, including March C-, March SR, and Rowhammer. Test type and sequence are set per slot, with stop-on-failure for fast triage.
Every result is serialized and passed to enterprise systems through standard APIs, with no manual steps.
Failed modules go to Maya and Bujang for chip-level recovery instead of scrap.
Yes. It tests at signal level, exposing failures host-based systems cannot see.
Yes. It supports DDR3, DDR4, and DDR5, and can test a mix of all three at once using quick-exchange adapters.
No. Phoenix is proprietary infrastructure that runs inside our operations and select partner facilities.
Yes. Rack-mounted and mobile configurations allow testing at customer and data center sites.
Optical receiving that identifies products, reads part numbers, captures condition, and creates an image-verified record for every unit.
AI-guided label detection and removal that replaces manual scraping with fast, consistent automation built to protect device cosmetics.
Multi-stage cleaning with continuous flow, delivering uniform results inside line-style recovery environments.
Automated 360-degree inspection and AI grading for smartphones and tablets, with controlled lighting built for glass and metal and the same call on every device.
Automated cosmetic grading for laptop exteriors, with AI that grades every surface against your exact specification and makes the same call at every station.
Automated cosmetic grading for the inside of the laptop, with display testing built into the same pass.
Robotic cosmetic inspection for headphones and other complex devices, with every defect marked on a 3D model before rework starts.
Our gold standard for HDD and SSD testing and erasure, with ADISA-tested erase functionality, up to 64 test cells, and full audit trails.
End-to-end, fully automated data erasure for data centers, clearing drives, ports, switches, and sensitive configurations with detailed digital reporting.
High-speed testing for NAND flash memory in BGA and TSOP, with advanced ECC verification and full protocol support from SLC to 3D NAND.
Proprietary high-throughput DRAM screening for DDR3 and DDR4, built to catch defects early across full production volumes.
Automated initialization, charging, and OS preparation that feeds Revolution a steady supply of ready-to-test units.
Automated full-functional testing that picks up each device in the state Nest prepared, with no manual handling between stages.
A scalable test platform for modems, gateways, and set-top boxes, with up to 24 test slots and robotic loading.
In-circuit and functional testing for small control boards, with rapid changeover through swappable upper and lower probes.
Customizable power supply testing using advanced electronic loads and analytics to prove reliability and compliance at scale.
Automated remote control testing across IR, Bluetooth, buttons, LEDs, and audio, replacing manual cycles with fast, repeatable runs.
Ready to stop memory failures before they reach service?
