Testing Capability

Hyper Photonix Testing Capability

Hyper Photonix has established an industry-leading optical transceiver testing framework, encompassing comprehensive validation from physical-layer performance to system-level interoperability. Leveraging advanced laboratory equipment and stringent testing standards, we ensure that every transceiver delivers exceptional stability and reliability in high-speed, complex networking environments. Our capabilities include precise evaluation of optical and electrical parameters under extreme conditions, as well as seamless interoperability testing with mainstream switches and network interface cards. By upholding the highest testing standards, we enable plug-and-play deployment and uncompromised performance, empowering our customers to meet the growing demands of AI, cloud computing, and next-generation data centers.

Power and Wavelength Testing

Hyper Photonix conducts power and wavelength testing to verify both the transmitted signal power and operational wavelength, ensuring end-to-end system integrity. This process confirms that the signal power meets or exceeds the receiver’s minimum sensitivity threshold for reliable decoding, and that the wavelength remains consistent from transmitter to receiver. Maintaining a stable wavelength is essential for accurate signal interpretation.

▶ Anritsu OSA MS8740B

Traffic Testing

Hyper Photonix performs traffic testing by sending high-speed data streams through the transceiver to measure the bit error rate (BER) and packet loss rate. This process is conducted under various operating conditions to ensure that performance metrics meet or exceed relevant industry standards. It helps verify the transceiver’s reliability, data transmission accuracy, and stability in real-world network environments.

▶ Spirent SPT-N4U

▶ VIAVI ONT-804D

Optical Performance Testing

Hyper Photonix conducts optical performance testing to evaluate key parameters such as eye diagram quality, receiver sensitivity, extinction ratio, wavelength accuracy, optical output/input power, bias current, and operating voltage. These measurements are essential to ensure signal integrity, transmission stability, and the overall reliability of the transceiver under various working conditions.

▶ EXFO BA-4000

▶ Keysight DCA-M N1092C

▶ Tektronix MDO32

End Face Testing

Hyper Photonix inspects and cleans the end faces of transceivers to prevent contamination and damage. This process ensures more stable data transmission, improved optical performance, and enhanced durability of the modules over time.

▶ DIMENSION

Various Switch & NIC Testing

Hyper Photonix tests its optical modules in the lab by connecting them to various network switches. This process evaluates compatibility, data transmission stability, and overall performance across different switch models, ensuring reliable operation in diverse network environments.

▶ Mellanox SN2700                   ▶ Nvidia QM9790

▶ Nvidia SN5600                        ▶ Ruijie S6990

▶ H3C S9827                              ▶ H3C S9855

▶ Edgecore AS9817                   ▶ Arista DCS-7060X6

▶ NVIDIA CONNECTX-6              ▶ NVIDIA CONNECTX-7

▶ NVIDIA CONNECTX-8              ▶ BlueField-3

▶ Broadcom thor2 P2200G        ▶ Broadcom thor2 P1400G