A turnkey DVR system customized to fit your requirements
Built around DVR Express hardware which connects your camera directly to a storage array where you specify the size
Includes an IO Industries DVR software package
Rackmount, desktop, or luggable varieties available
Please call or e-mail us with your requirements
DVR Express Custom Solutions
Huge multi-camera systems synchronized with external timing
Small board-level solutions that integrate into your system
Everything in-between, call or e-mail us with your ideas
DVR Express® CLSAS
Up to Four Camera Link Cameras Direct to Serial Attached SCSI IO Industries DVR Express® CLSAS video recorder card excels at recording multiple cameras direct to hard disk or SSD. A single card can record up to four cameras. As with all IO Industries recording hardware, frames are recorded uncompressed with no frame drops.
The CLSAS allows direct connection of two camera link or LVDS cameras to its external video ports. Two internal video ports on the CLSAS are accessible by an optional mating daughter card module. Daughter card modules for two camera link or LVDS cameras, along with modules for NTSC/PAL and GigE cameras are available.
Multiple CLSAS cards may be installed to record even more cameras. Since the CLSAS operates as a recording subsystem, handling all aspects of the recording procedure, PC performance is not affected even when recording large numbers of cameras.
The CLSAS’s DVR engine is powered by dual 3Gb SAS disk controllers delivering a maximum sustained uncompressed recording data rate of 540 MByte per second, direct to disk.
Advanced features include precision time-stamping of video frames in hardware, hardware trigger inputs/outputs with FPGA-controlled timing manipulation, and onboard video buffering for optimal live video viewing.
Product Highlights
Records 1 to 4 cameras to disk storage
Native support for camera link and LVDS cameras
Support for NTSC/PAL and GigE cameras by using optional adapter modules
Dual SAS (Serial Attached SCSI) controllers for recording to SAS disk drives
Maximum combined recording rate is 540 MByte/s
Compatible with IO Industries Streams™ 5 video recording software.
DVR Express CLCF
A high-speed camera recorder designed for pure performance
Its maximum sustained video recording data rate to hard disk is 810 MBytes per second. Need we say more? The DVR Express® CLFC is the first complete single PCI card solution to provide real-time video recording to hard disk for high-speed cameras.
The CLFC is a true recording subsystem that works in low-cost desktop computers and high-powered workstations. Software on the host computer initiates and terminates recording, but no computer resources are utilized for writing video data to storage.
Fibre Channel storage interface provides superb performance, huge capacity, and protection from data loss The CLFC’s Fibre Channel storage interface consists of 5 independent, 2 Gbit/s fibre channel buses. The maximum configurable storage capacity is a whopping 15120 TBytes , providing up to 61 hours of recording at 810 MBytes per second. The CLFC employs RAID 3 data storage so that no data is lost if a drive ever fails. Accessories for internal and external drive configurations are available from IO Industries.
Multiple high-speed cameras recorded with one computer system
Multiple high-speed cameras can be recorded with a single computer system by installing multiple CLFC cards.
Compatible with sophisticated video recording software packages
The CLFC is fully supported by IO Industries Streams™ 5 and IO Industries Video Savant® 4 digital video recording software packages.
Applications in Science, the Military, Industry, and Entertainment
High-Speed Digital Video Recording
Ultra High-Resolution Image Capture
Projectile Recording
Materials Testing
Crash Tests
PIV (Particle Image Velocimetry), 2D, 3D
Remote Sensing
Explosives Testing
Special Effects Recording
Digital Cinema
Computer Display (DVI Output) Recording
DVR Express Blade
A turnkey DVR built to connect to external storage
(3) Camera Link Base, or (1) Camera Link Medium/Full and (1) Base