datacenter

Insyde® Software Prepares Firmware for Future Datacenter Computing Systems

Leading-Edge Solutions Offer Enhanced BIOS Security, Comprehensive OpenBMC Product and More

TAIPEITAIWAN – May 30, 2023 – Insyde® Software, a leading provider of UEFI BIOS and OpenBMC Firmware, has unveiled its latest optimized BIOS and BMC firmware solutions for future datacenter and HPC (High Performance Computing) designs.

Insyde® Software to Support AMD® OpenSIL Silicon Interface for High-Performance Computing

InsydeH2O® UEFI BIOS Offers OpenSIL Integration, BIOS-to-OpenBMC Communication and Other Advanced Features

TAIPEI, TAIWAN and PRAGUE, CZECH REPUBLIC – April 20th, 2023 – Insyde® Software, a leading provider of UEFI BIOS and BMC management firmware, announced today that its flagship firmware, InsydeH2O®UEFI BIOS, will support the AMD x86 Open-source Silicon Initialization Library (OpenSIL) unveiled today at the OCP (Open Compute Project) Regional Summit in Prague.

Insyde® Software Helps Trenton Systems® Deliver Rugged Cybersecure Servers to Aerospace and Tactical Edge Environments

Trenton Systems Leverages Insyde’s Secure UEFI BIOS and BMC Firmware Solutions to Meet a Variety of Server Design Requirements

WESTBOROUGH, MA – September 28, 2021 – Insyde® Software, a leading provider of UEFI BIOS and systems management firmware, announced today that its partnership with Trenton Systems is helping deliver USA-made, ruggedized, high-performance and cybersecure server solutions to customers operating in demanding aerospace, industrial and military environments.

Insyde® Software Launches Predictive Memory Failure Software Solution

Targeted at Data Centers and Cloud Service Providers, Supervyse® Memory/FP™ Leverages Intel® Memory Failure Prediction (MFP) Technology to Reduce Server Downtime

PORTLAND, OR and TAIPEI, TAIWAN – December 17, 2020 – Insyde® Software, a leading provider of UEFI BIOS and BMC management firmware, announced today a solution for data centers and CSPs (Cloud Service Providers) using Artificial Intelligence to predict memory failures on server platforms, then alerting IT administrators to act to reduce system downtime.