Article By : BIWIN
BIWIN brings LPDDR4X 144 Ball ePOP for high-end sensible watches, providing 128.6% increased frequency and 32% much less chip dimension in contrast with LPDDR3.
Developments in sensible wearables head in the direction of multi-functional integration, longer battery life, and smoother person expertise, inserting increased necessities on chips to ship smaller dimension, higher energy consumption, improved efficiency, higher utility tuning, and extra. ePOP storage chips are perfect for sensible wearable gadgets for his or her small dimension, low energy consumption, excessive efficiency, and excessive reliability. Now BIWIN brings the LPDDR4X 144-Ball ePOP for high-end sensible watches, providing 128.6% increased frequency and 32% much less chip dimension in contrast with LPDDR3.
Having handed the Qualcomm 5100 SOC platform certification, BIWIN LPDDR4X ePOP integrates eMMC 5.1 and LPDDR4X in a compact dimension of 8 mm x 9.5 mm x 0.8 mm, delivering ROM sequential learn and write speeds of as much as 310MB/s and 240MB/s respectively. With RAM frequency as much as 4266Mbps and capability as much as 32GB + 16Gb (with a 64GB+16Gb model coming quickly), BIWIN ePOP is a flagship storage answer for high-end sensible watches.
BIWIN LPDDR4X 144-Ball ePOP Benefits
- Complies with JEDEC requirements, integrates eMMC 5.1 and LPDDR4X, and permits sensible watches to have a extra compact design (by mounting straight on the SoC chip).
- Low energy consumption and excessive efficiency (with frequency up by 128.6%), powered by low-power LPDRAM and optimized firmware.
- Works faultlessly in prolonged temperature from -20°C ~ 85°C, that includes Put on Leveling, LDPC (Low-Density Parity Examine) codes, and FFU (Discipline Firmware Replace).
- Simplifies system design and pace up your product’s time-to-market with Qualcomm 5100 SoC platform certification.
With excessive efficiency, low energy consumption and excessive reliability, BIWIN LPDDR4X 144-Ball ePOP considerably improves person expertise for sensible wearables. BIWIN ePOP gives excessive knowledge storage effectivity, easy switching on/off, APP begin/shutdown, screen-off and lock. It effectively offers with completely different a great deal of sensors and the demand for multi-threaded storage to make sure quick response to the person’s operations and instructions. That includes low energy consumption, BIWIN ePOP reduces warmth dissipation in multi-threaded, high-load, and long-work time eventualities, stopping overheating, which may trigger system collapse and dangerous person expertise. As well as, BIWIN ePOP is extremely dependable in coping with abnormalities comparable to blue display error, chilly begin, and reset.
In contrast with reminiscence chips in cell telephones, storage options for sensible wearables require increased responsiveness and extra custom-made service. BIWIN ePOP options excessive efficiency, low energy consumption, small dimension, and excessive reliability, displaying the benefits in BIWIN R&D, packaging, and testing. BIWIN storage options for sensible wearables already serve the availability chain system of world-class prospects, capturing a dominant share of the market. BIWIN provides confirmed storage options that deliver compatibility with their present SOC platform, system, and utility. Transferring ahead, BIWIN will proceed to optimize person expertise for various person eventualities, serving to prospects improve the competitiveness of their terminal merchandise.
