Application Deployment with Intel’s Next-Gen Haswell Microarchitecture - Part 2 - “Tick, Tock”
Part I of this guide introduced you to the reasons application developers should consider the latest microprocessor technology for their next-gen deployment solutions.
Application Deployment with Intel’s Next-Gen Haswell Microarchitecture - Part 1 - Overview
Software developers know that their products do not exist in a bubble.
Cooling Your Rack with UNICOM Engineering
Discover optimal rack cooling strategies from UNICOM Engineering to maximize server performance and prevent overheating. Learn about innovative thermal management solutions that reduce energy costs while ensuring the reliable operation of your critical infrastructure.
Keeping Pace with Intel’s High-Performance Focus
Intel’s methodical approach to process technology advancement and enhancement of its CPU microarchitecture give OEMs a predictable model through which they can plan product roadmaps that include performance increases and cost reductions.
Intel’s 2014 Developer Forum - UNICOM Engineering
UNICOM Engineering explores groundbreaking technologies and strategic roadmaps unveiled at Intel's 2014 Developer Forum. Discover how these innovations reshape enterprise computing solutions.
New Microprocessors are Impacting Deep Packet Inspection
Intel’s new Xeon E3 and E5 series microprocessors, code named Sandy Bridge, are changing how deep packet inspection applications run and perform on server platforms.
Accelerate Deep Packet Inspection with Standard Servers - Part 5 of 5
Discover how to optimize deep packet inspection (DPI) on standard servers without sacrificing performance. Learn advanced techniques for accelerating network security and analysis in the final installment of our comprehensive series.
Accelerate Deep Packet Inspection with Standard Servers - Part 4 of 5
Article by Austin Hipes, Director of Field Engineering for NEI.
Accelerate Deep Packet Inspection with Standard Servers - Part 2 of 5
Network servers face mounting data plane loads from mobile devices, cloud storage, and cloud computing, driving an increased need for deep packet inspection to ensure encrypted data security across all network traffic.
Accelerate Deep Packet Inspection with Standard Servers - Part 1 of 5
Explore the fundamentals of accelerating deep packet inspection (DPI) on standard servers. Part 1 of our series introduces key concepts and optimization approaches for network security professionals.
How Sandy Bridge Processors Optimize AdvancedTCA Platforms
Discover the performance advantages Sandy Bridge processors bring to AdvancedTCA platforms. Learn about power efficiency, computational improvements, and deployment benefits for telecommunications applications.
AdvancedTCA and Virtualization Using Sandy Bridge Processors
This revised excerpt was taken from an article that originally appeared in Virtualization Journal in November.
The Benefits of Virtualization using Sandy Bridge Architecture
This revised excerpt was taken from an article that originally appeared in Virtualization Journal in November.
Breaking Through AdvancedTCA I/O Bottlenecks with Sandy Bridge Processors
Discover how Sandy Bridge processors solve AdvancedTCA I/O bottleneck challenges. UNICOM Engineering explains the technology advances that improve performance and efficiency in telecom infrastructure.
The Transition to Sandy Bridge - What Software Vendors Need to Know
What do software vendors need to know about the transition to Intel’s “Sandy Bridge” microarchitecture and the Intel® Xeon® E5-2600 family? Jeff Hudgins, VP of Marketing for NEI, details who will be the early adopters of the new technology, what needs to be done to ensure a smooth transition, and how NEI can effectively help manage this shift.
Storage and Security Among the Top Markets Planning to Migrate to Sandy Bridge
Discover why storage and security industries are leading the migration to Intel's Sandy Bridge architecture. Learn about the benefits, challenges, and key findings from UNICOM Engineering's survey.
Transitioning to Sandy Bridge - Intel’s New Microarchitecture - Part 3
In this final segment of our three-part series on the benefits of transitioning to Intel’s Sandy Bridgeprocessors, we’ll look at the new instructions set, the model hierarchy of the E3 and E5 Xeon processor class, and the steps taken by Intel to maximize the performance of the CPU.
Transitioning to Sandy Bridge - Intel’s New Microarchitecture - Part 2
In Part 1 of this series, we called out the benefits of transitioning to the Sandy Bridge architecture.
Transitioning to Sandy Bridge - Intel’s New Microarchitecture
Intel’s new Sandy Bridge microarchitecture is changing how software applications run and perform on server platforms.
Intel E3 Xeon Processors - Sandy Bridge Performance Points
Explore the performance capabilities of Intel E3 Xeon processors with Sandy Bridge architecture. Learn how these processors optimize workloads for entry-level servers and workstations.