Articles on VITA Technology

These published articles provide some handy viewpoints about VITA Technology. These views may not represent official VITA viewpoints. External sources are identified for reference and open in a separate window, and VITA assumes no responsibility for the accuracy of the information.

VITA 57 (FMC) opens the I/O pipe to FPGAs
DSP propels military digital data recording into high gear
Interview with Ray Alderman (audio)
When half isn't exactly half: 3U vs. 6U VPX
Making COMs rugged enough for harsh applications: VITA 59 opens the door for true standardization
VXS and VPX: Cooling these hot (literally) new architectures in ATRs
VME gaining momentum: VITA's new state-of-the-industry whitepaper reveals strong VME market growth
VITA 49 enhances capabilities and interoperability for transporting SDR data
Introducing the FPGA Mezzanine Card: Emerging VITA 57 (FMC) standard brings modularity to FPGA designs
Revamping MIL-HDBK-217: We’re ready for it
VXS versus VPX: Either -- or both?
VXS gigabit serial technology delivers extreme system performance
VME and its Follow-Ons Solve ELINT Problems
SDR applications: One size does not fit all
Extending the life of VME into the 21st century: A pragmatic view
VPX enables greater performance and connectivity in small form factors
2eSST: Today's VME performance booster
Ex ante gears up to crack down on patent offenders – and eliminate trips to the courtroom
Mezzanine Board Strategies for Communications
Upgrading VME applications with real-time Linux
Power Architecture's evolution provides DSP advantages
Storage for Harsh, Harsher and Harshest Mil Environments
Configurable PMCs put an FPGA to work
From FPDP to VPX: Back-End Management and Processing of Sensor-Derived Data
FPGAs: Are they really worth it?
New VME I/O board features support flexible system architectures
VITA 56 - A fabric-based PMC replacement mezzanine specification
Point-to-Point Serial Interconnects Edge Out Switched Schemes
VITA 46.9: Ensuring mezzanine I/O pinout interoperability for VPX and VPX-REDI
Hybrid VPX backplanes bridge legacy systems
Multicore Processors Energize the VME SBC Realm
Experimental VME backplane databus can move data at 1 gigabit per second
Next-generation DSP applications empowered by latest VME technologies
Selecting a serial interconnect for distributed computing
VMEbus and the military: A marriage made in heaven
Thermal trends for VXS and VPX deployment
An introduction to VPX: VPX extends VME in NextGen mil systems
PowerPC vs. Pentium: Horses for Courses
VME Market Bifurcation: The VXS and VPX Face-Off
VME: Moving from Evolution to Revolution
VMEbus at 25!
VPX and VPX-REDI Standards Coming on Strong
Getting the Most from XMCs
VITA 58: As modular as it gets (interview w/Ray Alderman)
Understanding the Elements of Ruggedization
VITA 48/REDI: Keeping the future cool
The future of VMEbus: In safe hands?
XMCs bring digital video standards to high-performance applications
VXS processor mesh: An ultrahigh-bandwidth configuration
A mesh FPGA architecture to implement adaptive beamforming radar
Tackling challenging airborne mission computing with VPX
VXS processor mesh architecture: powerful, flexible, compatible
VITA 56 - A fabric-based PMC replacement mezzanine specification
VXS melds fabrics and FPGAs
VITA releases VPX test data
Standardizing digital IF data transfer with VITA 49
VITA 31.1: Extending VME via Ethernet switching
Deploying VITA 46 in real-world applications
VITA 42 XMC gains momentum, increases flexibility
Next-generation VME boosts defense and aerospace applications
FPGAs and VITA 41 address mil sensor processing design challenges
Is VXS ready for prime time?
Making the right choice: VME64x, VXS, VITA 46, and VITA 48
VXS — Evolutionary open standard with scalable bandwidth
VITA 46 Advanced Module Format - The future standard for military VME
2eSST VME Eases Design of Network-Centric Embedded Systems
VXS is like the battery in that bunny
Leveraging PICMG 2.16 packet switching in VME64x Systems