D-30AM064G2-T015B2S09-K00 is the 64GB mSATA internal SSD module which we are currently supplying in industrial applications. It can be used in subway train, avionics, medical applications under wide temperature support. This mSATA module is packaged in standard industrial 52-pin form factor and tested under wide temperature condition, before shipping out to our customers.
With award-winning performance, this 64GB mSATA is supporting next generation of serial ATA interface and is being built using the most powerful controller from Phison Electronics. To consume power, it needs only half of the energy power consumption as compared with traditional Hard Disk Drive.
For alternative part to Crucial and Transcend 64GB mSATA, you can consider our product offer. Contact us for more detail to check on the availability.
THC63LVD104C is Thine LVDS receiver capable of supporting data transmission between host and TFT display, up to SXGA resolution. This IC chip converts LVDS data streams into CMOS/TTL signal, either by the rising edge or falling edge of the clock signal.
Features of THC63LVD104C
Wide dot clock range from 8MHz to 12MHz suitable for NTSC and up to SXGA resolution
PLL allow no external components
output clock duty cycle is 50%
TTL clock is edge programmable
Power down mode is available
Single 3.3V CMOS low power design
come with 64pin TQFP
fail-safe mode for open LVDS input
Application of THC63LVD104C
Thine LVDS receiver THC63LVD104C can be used in IP Security Camera. It allows high resolution image to be captured and transmit the data through LVDS signalling.
Looking for our Thine LVDS transmitter or receiver ICs for your production needs? Feel free to contact us and we will response to your enquiry in soonest time.
When electronic product facing sudden power loss, it is time to test its robustness and reliability. Sudden power loss may affect the completeness when writing data. In worst circumstances, it may cause data corruption and even damage of operating system. Therefore, power loss protection is essential for industrial SSD, with power loss protection technology, not only the existing data can be protected, data can be flushed into NAND flash completely and accurately to minimise the risk of data damage.
SSD power loss protection technology including 2 steps, first step is to stop data coming from host, second step is to flush all received data into NAND flash.
Power loss protection SSD circuit including voltage detector to monitor power supply status. When voltage detector detected voltage drop to V1, it will send a warning signal to controller, after receiving signal, controller stop receiving data from host and start to flush all data that have received into NAND flash. By the time voltage drop to V2, all data should be flushed completely.
If SSD added a DRAM as cache, it increases the read/write performance of SSD but at the same time it means more data coming from host and more time is needed to store data into NAND flash. Therefore, to improve power loss protection function and make sure the completeness of data, the key is to prolong the time(t) when voltage drop, so controller have enough time to complete flushing without missing any data.
Kogen provides PLP SSD with tantalum capacitor inside to extend the time for controller to flush data into NAND flash. Even performance is up to 500MB/s, no data will be missing when facing sudden power loss. Power loss protection highly increased the reliability of SSD, and it makes SSD a perfect storage for industrial application.
Looking for special feature SSD such as power loss protection to support? You may contact Kogen Singapore now.