- Improved insertion loss performance with a .006" radial and 3.25 degree angular misalignment.
- Precision alignment of the fiber ferrules in extreme environmental conditions of shock and vibration.
- Vibration resistant
- Floating design (< -0.5dB), low loss fiber
- Precision floating ceramic ferrules
- Stainless steel terminus body
- Designed for use in size 16 cavities of the MIL-DTL-38999 Series III connector
- Featuring Sabritec technology
-
MIL-DTL-38999 Shell Styles 20 & 26 Quadrax Connectors
Offering data rates exceeding 2 Gbps and bandwidth up to 3 Ghz. The connectors can be driven via matched impedance differential pair interconnections for board to board high speed data transfer.
-
Smiths Interconnect expands DaVinci test socket offering
The request for increased functionality in the smallest possible footprint has led to a reduction of the pitch of integrated circuits below 500 μm. At the same time, increased performances in SoCs affect pin-to-pin noise or what is commonly called crosstalk during testing.
-
Smiths Interconnect honored as Outstanding Test and Measurement Company of the Year at the China IC Achievement Award
Smiths Interconnect, a leading provider of innovative test solutions for the semiconductor industry, won the China IC achievement award as the Outstanding Test and Measurement Company of the Year for its continuous innovation and rapid growth in the Chinese market.
-
Smiths Interconnect Offers Quick-Delivery Galileo Test Socket for Rapid Device Bring Up, Characterization, and Failure Analysis
Galileo is an innovative, low-profile test socket engineered to support today’s high performance Digital and RF applications. It leverages proven interposer elastomer technology and advanced 3D printing manufacturing to provide a high-performance solution for BGA, LGA, QFP, SOIC, or QFN packaged devices with extremely short lead times.
-
Smiths Interconnect announces breakthrough contact technology of Kepler test socket
Whether for testing high performance computing, wearables or other automotive chips, Kepler is the only solution that provides two-axis of motion during a single actuation of the socket, an innovation set to pioneer the semiconductor test industry.