Trending...
- Continuous You Foundation Announces Partnership with Haawke Neural Technology
- Tacoma: Applicants Sought for the Board of Ethics
- Share your workplace safety solutions at 2027 Applied Ergonomics Conference
With an innovative move to combat semiconductor lead times, component availability issues, and the use of unreliable automotive and COTS parts in space, VORAGO introduces a readily available rad-tolerant Arm® Cortex-M0, VA10805, with TID protection up to 300 krad(Si) for the emerging space market.
AUSTIN, Texas - Washingtoner -- VORAGO Technologies (https://voragotech.com) today announced a product portfolio expansion to include a new radiation-tolerant Arm® Cortex-M0 MCU, VA10805, as a cost-competitive and high reliability solution for LEO, New Space, SmallSat and CubeSat markets.
"As commercialization of space continues to grow, so does the need for reliable, affordable, and immediately available component options for cost-sensitive aerospace projects and missions. VORAGO is proud to be a part of that venture. In recent times, the semiconductor industry has experienced major supply shortages and extensive lead times. Our team at VORAGO recognized this problem and have provided a solution. We are excited to bring to the market our immediately available radiation-tolerant, cost-effective VA10805. – Dr. Hannah Moore, Sr. Manager, Product Management, VORAGO Technologies
More on Washingtoner
Created with VORAGO's patented HARDSIL® technology specifically to provide competitive radiation protection for space applications, the VA10805 provides significantly more total ionizing dose protection than competing products. The VA10805 is an ideal solution for LEO missions, CubeSat and SmallSat constellations in need of immediately available radiation-tolerant microcontroller capabilities.
VORAGO's VA10805 includes the following features and benefits:
"As commercialization of space continues to grow, so does the need for reliable, affordable, and immediately available component options for cost-sensitive aerospace projects and missions. VORAGO is proud to be a part of that venture. In recent times, the semiconductor industry has experienced major supply shortages and extensive lead times. Our team at VORAGO recognized this problem and have provided a solution. We are excited to bring to the market our immediately available radiation-tolerant, cost-effective VA10805. – Dr. Hannah Moore, Sr. Manager, Product Management, VORAGO Technologies
More on Washingtoner
- Haven Treatment Center Now In-Network Partnership with ComPsych, Expanding Access to Youth Health
- Tacoma: OMWBE Certification 201 Workshop on September 28
- Super Rooter Expands to 190 Plumbing, Sewer, and Drain Service Locations Across the United States
- European Patent for ALS Program Expands the Story: HOPE Deploys Robotic TMS & FDA Commercialization Path Advances: NRx Pharmaceuticals: NAS DAQ: NRXP
- VICTURY Sports Announces Formation of Youth Sports League Built on the Official, Patented, and Award-Winning Keepy Uppy® Ball
Created with VORAGO's patented HARDSIL® technology specifically to provide competitive radiation protection for space applications, the VA10805 provides significantly more total ionizing dose protection than competing products. The VA10805 is an ideal solution for LEO missions, CubeSat and SmallSat constellations in need of immediately available radiation-tolerant microcontroller capabilities.
VORAGO's VA10805 includes the following features and benefits:
- 50MHz Arm® Cortex® - M0
- Latch-up immunity with HARDSIL® Hardened by Process Technology
- Total Ionizing Dose (TID): 300 krad (Si)
- 23KB Data and 128KB Program Memory
- 1KB One Time Programmable Configuration Memory (OTP)
- Broad range of communication interfaces (I2C, UART, SPI)
- 24 Counter/Timers with Extensive Hardware/Software Triggering
- 56 Multiplexed GPIOs
- Operating temperature range: -55 to 125°C
- Easy-to-design development kit, with exceptional support and service offerings available
- To learn more or request a datasheet, visit VORAGO's Product Page.
Source: VORAGO Technologies
Filed Under: Technology
0 Comments
Latest on Washingtoner
- Haven Treatment Center Now In-Network with First Choice, Expanding Access to Youth Health
- Kerri Lawless Introduces New Home-Selling Option for Local Homeowners
- FDA-Cleared Zeta TMS Robotic System Moves Toward Deployment as FDA, DARPA and Commercial Catalysts Converge: NRx Pharmaceuticals (N A S D A Q: NRXP)
- Baird Medical Turns Global Expansion Into Tangible Growth: N A S D A Q: BDMD Posts 25% Revenue Surge as U.S. and International Markets Accelerate
- City of Spokane Launches 'Emergency Streets' Pilot Program
- Spokane: City Seeks Feedback on Future Land Use Map
- Shelter Structures America makes European debut at TEMPOR EXPO 2026 in Fulda, Germany
- Longevity Academy Announces J.P. Medved of Longevity Advice as Next Guest in the Longevity Leaders
- Medcurity Introduces a Better Way for Healthcare and Its Vendors to Build Trust
- Haven Treatment Center Now In-Network Partnership with Aetna, Expanding Access to Youth Health Care
- Applicants Sought for the Tacoma Arts Commission and the Tacoma Creates Advisory Board
- Spokane City Council Approves Emergency Tenant Protections
- HydroExcavation.com Relaunches With Exclusive Local Service Areas and Dedicated Hydrovac Manufacturer Directory
- Sky Quarry Enters a Powerful New Chapter: Refinery Restart Emminent, Nevada Oil Initiative and Visibility Put (NAS DAQ: SKYQ) in the Spotlight
- Intelligence Daily Features Veteran Hollywood Producer Kirk Shaw On AI And The Future Of Entertainment
- OneVizion Launches Vera AI, Bringing Connected Operational Context to Infrastructure Teams
- P-Wave Press Announces Pushing the Wave 2025 by L.A. Davenport
- DONGSHENG Titanium Recycling: Promoting a Closed-Loop Cycle for High-End Titanium Materials
- TBM Council Establishes TBM as The Business Operating System for AI
- Spokane: SFD's 8th Annual Kids Jr Firefighter Academy