Loopback relay now helps as much as 80 Gbps information charges and DC–20 GHz bandwidth, providing quicker switching, decrease energy, and sharper eye diagrams for testing right this moment’s most superior SerDes and SoCs.
Menlo Micro has introduced a robust new improve to its high-performance MM5622 loopback relay with the launch of the MM5622-01NBX. Designed with Ideally suited Swap expertise, the improved relay now helps information charges as much as 80Gbps, offering a broader utility vary and better efficiency margin for testing right this moment’s most demanding digital interfaces.
This totally built-in system-in-package (SiP) resolution features a driver, cost pump, and 12 high-speed switching channels—multi functional compact type issue. It dramatically reduces board house and simplifies load board design for manufacturing loopback testing. It’s engineered to help differential sign switching for high-speed SerDes buses, delivering improved RF return loss, insertion loss, part matching, and channel stability. These upgrades allow sharper eye diagrams, that are important for validating high-performance SoCs at each wafer type and ultimate check phases.
The important thing options are:
- Helps DC to twenty GHz, enabling high-speed sign routing.
- Handles as much as 64 Gbps for MM5620 and 80 Gbps for MM5622, appropriate for superior SerDes interfaces.
- Twin DP3T (Double Pole, Triple Throw) design with built-in loopback performance.
- Low insertion lack of -1.5 dB at 16 GHz for MM5620, making certain minimal sign degradation.
- Extremely-fast switching time of lower than 30 µs, considerably decreasing check occasions.
- Over 3 billion switching cycles, providing distinctive sturdiness and reliability.
- Consumes lower than 10 mW, offering a 95% discount in energy utilization in comparison with conventional electromagnetic relays (EMRs).
- Compact 8.2 x 8.2 mm LGA package deal, occupying 90% much less PCB house than EMRs.
The loopback options combine high-speed (HS), medium-speed (MS), and low-speed (LS) check paths for full compliance, sample, and DC parametric testing—all inside a single setup, eliminating twin insertions. Constructed-in AC coupling capacitors simplify PCB design and enhance sign integrity. These options are perfect for automated check gear (ATE), probe playing cards, high-speed measurement programs, semiconductor ultimate package deal testing, differential swap matrices, and optical-electrical module analysis.
The expertise ensures quicker, cleaner, and extra dependable sign transmission, serving to check engineers confidently consider even probably the most advanced chips. In line with Chris Giovanniello, Co-Founder and SVP of RF Merchandise at Menlo Micro, “The MM5622-01NBX was developed instantly from buyer suggestions to handle real-world challenges in testing high-speed interfaces.”
Alongside the product launch, Menlo Micro additionally launched HSIO SignalFlow Studio, a brand new interactive design software for engineers. This web-based software program helps optimize connections between check programs and MM56xx relays, highlighting efficiency paths, connection choices, and programming directions. It’s designed to simplify check board growth whereas minimizing design errors and maximizing system efficiency.
