ChallengerOS Additional Components
ChallengerOS Development Team is Proud to present the new Data Recovery PCIe Cards.
Challenger PCIe cards were created in a Real Data Recovery Facility to help Specialists in all hard drive recovery processes.
How Challenger PCIe Card Work
Challenger PCIe connected devices are handled by internal dedicated driver which cannot be handled by Operating System.
PCI Board will be dramatically effective in any forensic or hard drive data recovery case where do still exist a device readiness state.
Complete Device Physical Control
Challenger PCIe Cards offer to professional a complete device registry interface and the chance to customize all device behaviour, setting up interrupt latency, delays, reset commands delays, grace time on shutting down devices.
Challenger Rocket Main Interface with Seagate F3 connected in PCIe Mode.
Professional Reading Algorithms
Complex Reading Algorithms will help Specialists in retrieving the most readable logical block areas.
Native Physical Write Protection
PCIe Cards Connected Devices are handled only by Challenger Rocket Software which comes with a native read-only reading protocol.
This will guarantee 100% write protection for forensic
samples and the total security of digital artifacts.
Forensic Specialists use Challenger PCIe Board for imaging any block device creating several disk image types.
Saved images can be opened and analyzed with Challenger Rocket itself or other forensic or data recovery tools.
Challenger Rocket Physical Status Register.
Hardware Specifications and Features
- Compliant with Serial ATA Specification 3.0.
- Supports communication speeds of 6.0 Gbps, 3.0 Gbps, and 1.5 Gbps.
- Supports programmable transmitter signal levels.
- Supports Gen 1i, Gen 1x, Gen 2i, Gen 2m, Gen 2x, and Gen 3i.
- Supports two SATA ports.
- Supports AHCI 1.0 and IDE programming interface.
Challenger Rocket Performance Chart on Toshiba Sata in Physical Mode.
