Array connectors support 112-Gbits/s PAM4

Samtec's APM6 and APF6 high-performance array connectors.

Samtec, Inc. has expanded its AcceleRate HP product line with the introduction of the 800-position APM6 and APF6 high-performance array connectors in a low-profile 5-mm stack height. They feature an open-pin-field-array design for maximum grounding and routing flexibility.

Samtec's APM6 and APF6 high-performance array connectors.

(Source: Samtec, Inc.)

The new AcceleRate HP connectors offer high signal integrity and density, supporting data rates up to 112-Gbits/s PAM4 on a 0.635-mm pitch. The 800-position configuration (8 rows × 100 positions) is housed in a 68.62 × 18.20-mm (2.701 × 0.717-inch) footprint. They target high-throughput applications such as high-performance computing, artificial intelligence, storage, and networking.

Key specifications for the new array connectors include a 5-ohm impedance, 2-A max current rating (one pin powered per row), and 150 VAC (212 VDC) max voltage rating. They also offer protocol compatibility with PCIe 6.0, CXL 3.2, and 100 GbE.

In addition, the APM6 and APF6 connectors leverage Samtec’s Solder Column Termination for enhanced structural integrity. This IPC-Class-3-compliant method, suited for dense, high-speed interconnects, offers superior solder joint reliability and excellent insertion loss and return loss performance, Samtec said.

The APM6 and APF6 products are available directly through Samtec or through authorized distributors. Samtec also offers an AcceleRate HP SI evaluation kit for testing AcceleRate HP connectors. A 10-mm stack-height version is planned for the second quarter of 2026

The post Array connectors support 112-Gbits/s PAM4 appeared first on Electronic Products.

Self-oscillating sawtooth generator spans 5 decades of frequencies

There are many ways of generating analog sawtooth waveforms with oscillating circuits. Here’s a method…

Access to this page has been denied.

Access to this page has been denied either because we believe you are using…

Reducing Certification Risk at the Design Stage Hazardous Environments

Hazardous-area electronics demand high reliability, but traditional wired approaches often deliver it at significant cost…

Simplifying inductive wireless charging

What do e-bikes and laptops have in common? Both can be wirelessly charged by induction.…