Monday, February 5th 2024
Phison Launches Specialized SSDs for Video and Surveillance Systems
With the advent of high-resolution video and surveillance systems, the demand for stable performance (Sustained Performance) and Power Loss Protection in SSD storage devices continues to rise among video recording equipment and surveillance system integrators. Therefore, Phison Electronics (8299TT), a leading provider of NAND controllers and NAND storage solutions, today announced the launch of specialized SSD storage solutions for video and surveillance systems, including the mid-high-range S12DI and the cost-effective S17T SSD solutions.
With the advent of high-resolution video and surveillance systems, the demand for stable performance (Sustained Performance) and Power Loss Protection in SSD storage devices continues to rise among video recording equipment and surveillance system integrators. Therefore, Phison Electronics (8299TT), a leading provider of NAND controllers and NAND storage solutions, today announced the launch of specialized SSD storage solutions for video and surveillance systems, including the mid-high-range S12DI and the cost-effective S17T SSD solutions.
"From safeguarding buildings, observing remote locations for suspicious behaviors to monitoring CCTV footage, our specialized SSD storage solutions are designed to meet today's era of high-resolution recording," said C.S. Ma, President of Phison Electronics.
The specialized SSD storage solution introduced by Phison delivers the following key features:
In the future, Phison will continue to release SSD solutions tailored to market demands, aiming to comprehensively support global video recording equipment and surveillance systems for manufacturers by creating secure and reliable specialized custom SSD storage solutions with added value.
Source:
Phison
With the advent of high-resolution video and surveillance systems, the demand for stable performance (Sustained Performance) and Power Loss Protection in SSD storage devices continues to rise among video recording equipment and surveillance system integrators. Therefore, Phison Electronics (8299TT), a leading provider of NAND controllers and NAND storage solutions, today announced the launch of specialized SSD storage solutions for video and surveillance systems, including the mid-high-range S12DI and the cost-effective S17T SSD solutions.
The specialized SSD storage solution introduced by Phison delivers the following key features:
- Sustained Write Performance to prevent dropped frames.
- Power Loss Protection (PLP) to ensure data is effectively preserved in the event of a power outage.
- Reliability and durability to support continuous intensive data writing for extended periods, such as 24 hours.
In the future, Phison will continue to release SSD solutions tailored to market demands, aiming to comprehensively support global video recording equipment and surveillance systems for manufacturers by creating secure and reliable specialized custom SSD storage solutions with added value.
8 Comments on Phison Launches Specialized SSDs for Video and Surveillance Systems
The datasheet looks a bit iffy as well, it claims that Power Loss Protection is optionally available on models that are not the highest capacity. For 2.5" it stops at 3840GB (7680GB does not have it), for M.2 it stops at 960GB (1920GB does not have it).They are quite nice for small deployments of Ceph. SSDs without PLP suffer comparatively high latencies on it since Ceph always waits for confirmation from the drive, so PLP SATA SSDs of high capacity are a perfect fit. Controllers on them acknowledge writes immediately even if data hasn't been written to NAND yet due to PLP being a buffer to finish the job in case power goes out.
For bigger deployments those problems do not really surface since enterprise SAS/NVMe SSDs always have PLP.
3840 x 2160 pixels per frame
4 bytes per pixel
= 1.99 GB/s
So this SATA ssd can record only uncompressed HD streams.
And aside from that, the SATA interface literally cannot support much more than 500MB/s. It's capped at 600MB/s but that includes overhead (and excludes encoding). It literally can't get any better than this.
Or much if you want to be pedantic.