64 Gbps Dual DP3T RF MEMS Relay Supplier | High-Quality Relays and Switches Manufacturer from Taiwan | Bright Toward Industrial Co., LTD.

The MM5620 is a specialized relay that supports fast and high-quality signal switching for advanced technology standards such as PCIe Gen 5, Gen 6, and SerDes. Its Ideal Switch® technology from Menlo Micro allows it to operate at high speeds of up to 64 Gbps or 20 GHz, while also maintaining low insertion loss and a fast switching speed for reliable performance.

Additionally, the MM5620 can handle over 3 billion switching cycles and comes in a compact system-in-package (SiP) solution that includes a switch driver and charge pump controlled through SPI or GPIO interfaces by a host processor. This integration also includes loopback capacitors, which helps to reduce the overall board footprint for high-volume production test solutions.

As a result, the MM5620 switch provides high data rate and high-speed differential data applications, making it an ideal solution for space-constrained final test and probe test for a variety of products, including smart phones, graphics and network processors, microprocessors, accelerators, and high-speed memory products.

Bright Toward serves as Menlo Micro's technical support and distributor in Asia. Please contact us for more information. B.T is a high-quality RF MEMS Switch, Opto-MOS Relay ,Opto-MOSFET Relays, Reed Relay, Solid State Relay manufacturer from Taiwan. With more than 30 years relay manufacture experience, Bright Toward is specialised in manufacturing different kinds of relays. since 1988

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64 Gbps Dual DP3T RF MEMS Relay

64 Gbps Dual DP3T RF MEMS Relay with Loopback / Bright Toward Industrial Co., Ltd is a manufacturer of Solid State Relays, Reed Relays and MEMS Switches.

64 Gbps Dual DP3T RF MEMS Relay - 64 Gbps Dual DP3T RF MEMS Relay with Loopback
  • 64 Gbps Dual DP3T RF MEMS Relay - 64 Gbps Dual DP3T RF MEMS Relay with Loopback
64 Gbps Dual DP3T RF MEMS Relay
MM5620

The MM5620 is a specialized relay that supports fast and high-quality signal switching for advanced technology standards such as PCIe Gen 5, Gen 6, and SerDes. Its Ideal Switch® technology from Menlo Micro allows it to operate at high speeds of up to 64 Gbps or 20 GHz, while also maintaining low insertion loss and a fast switching speed for reliable performance.

Additionally, the MM5620 can handle over 3 billion switching cycles and comes in a compact system-in-package (SiP) solution that includes a switch driver and charge pump controlled through SPI or GPIO interfaces by a host processor. This integration also includes loopback capacitors, which helps to reduce the overall board footprint for high-volume production test solutions.

As a result, the MM5620 switch provides high data rate and high-speed differential data applications, making it an ideal solution for space-constrained final test and probe test for a variety of products, including smart phones, graphics and network processors, microprocessors, accelerators, and high-speed memory products.

Bright Toward serves as Menlo Micro's technical support and distributor in Asia. Please contact us for more information.

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Features
  • Ideal Switch® Technology provided by Menlo Micro
  • DC to 20 GHz range, up to 64 Gbps
  • Differential, Dual DP3T
  • Optimized for PCIe Gen 5 & 6, SerDes
  • Insertion Loss 1.5dB @ 16GHz De-embed (Differential)
  • High reliability >3B switching cycles
  • Built-in AC coupling capacitors
  • SPI and GPIO interface
  • 8.2 mm x 8.2 mm LGA
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  • Differential, Dual DP3T (*For more details, please see the below diagram.)
MM5620: Functional Block Diagram

MM5620 High speed (HS) loopback path supports 64 Gbps PAM-4

MM5620: Functional Block Diagram
Frequency
  • DC to 20 GHz range
  • 64 Gbps
On Resistance (Ω)
  • 1.7
Insertion Loss
  • 1.5dB @16GHz (Differential)
Return Loss
  • 28dB @16GHz (High Speed)
Isolation
  • 67dB @16GHz (High Speed)
ESD Protection
  • 150V
MM5620 - MEMS Switch Control Block Diagram
MM5620 - MEMS Switch Control Block Diagram

*The communication interface: GPIO and SPI
*VDD_IO: Digital I/O supply (+1.8V to +5.0V)
*VDD: +3.3V supply to analog circuits
*VIN: +5V supply to the internal charge pump

MM5620 - Double Density HSIO Loopback Mode Test
MM5620 - Double Density HSIO Loopback Mode Test

*Test Two PCIe 4/5/6 lanes at high speed using ONE MM5620 device
- TX0_X ↔ RX0_X (HS1 ↔ HS2) at speed test
- TX1_X ↔ RX1_X (MS1 ↔ MS2) at speed test
*LS signals can be shared for low frequency and DC sweep test
*Two transmitters can be ALWAYS ON to reduce test time
*Fully bi-directional signal paths

MM5620 Signal Paths' RF Performance

Insertion Loss(SDD21)

MM5620 Signal Paths' RF Performance
MM5620 Signal Paths' RF Performance

Return Loss(SDD11)

MM5620 Signal Paths' RF Performance
MM5620: Signal Paths and Measurement Cases

High Speed 1(HS1 ↔ HS2)、High Speed 2(MS1 ↔ MS2)、Low Speed (LS1 ↔ LS2)

MM5620: Signal Paths and Measurement Cases
MM5620 S-Parameter Performance (HS1 to HS2 Signal Path)

Eye-Diagram Test Conditions: PCIe Gen6 / PAM4, 32 Gbaud(64Gbps), PRBS 2^15-1 / ±400mV

MM5620 S-Parameter Performance (HS1 to HS2 Signal Path)
MM5620 S-Parameter Performance (MS1 to MS2 Signal Path)

Eye-Diagram Test Conditions: PCIe Gen6 / PAM4, 32 Gbaud(64Gbps), PRBS 2^15-1 / ±400mV

MM5620 S-Parameter Performance (MS1 to MS2 Signal Path)
MM5620: Signal Paths and Measurement Cases

HS1 ↔ MS1、HS2 ↔ MS2、HS1 ↔ LS1、HS2 ↔ LS2、MS1 ↔ LS1、MS2 ↔ LS2

MM5620: Signal Paths and Measurement Cases
MM5620 - Application Benefits for Automated SoC Testing
MM5620 - Application Benefits for Automated SoC Testing
Application
  • High-Speed Data Digital Component Testing
  • Optical-Electrical Module Testing
  • High-Speed Signal Routing
  • ATE Device Interface Boards
  • Optical-Electrical Module Testing
  • Differential Switch Matrices
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MM5620 Data Sheet
MM5620 Data Sheet

64 Gbps Dual DP3T RF MEMS Relay

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B.T - 64 Gbps Dual DP3T RF MEMS Relay Manufacturer

Located in Taiwan since 1988, Bright Toward Industrial Co., LTD. is a relay supplier and manufacturer. Main products, including Opto-MOSFET Relays, Opto-SiC MOSFET Relays, Solid State Relays, Reed Relays, and RF MEMS Switches.

B.T supplies relays to the world's semiconductor and automotive industries for over three decades and has long term long-term partnerships with OKITA Works based in Japan; Menlo Microsystems based in California; JEL Systems based in Japan and Teledyne Relays and Coax Switches based in California. Mainly serve the Semiconductor Testing, ATE, BMS (Battery Management Systems), industrial machinery and Electric Vehicle industries.

B.T has been offering customers high-quality Opto-MOSFET and Opto-SiC MOSFET relays since 1988, both with advanced technology and 30 years of experience, B.T ensures each customer's demands are met.