USB Multi-port Charger 40-port High-power Charging Power Supply, Suitable for Android Phones in Studios and Commercial Use
0人购买
$200.00
24G Ultra Low-power Radar Sensing Module LD2410S Test Board Kit Human Presence Sensing Switch Intelligent Sensor
0人购买
$5.52
B1212S-1WR3 12V to 12V 1W DC to DC power supply module converter
0人购买
$0.50
DC-DC isolated power module 110V to 3/9/12/15/24 single output power converter module
0人购买
$2.40
URA2405LD-10WR3 URA2412/ URA2424 DCDC isolated power module 24 to 3.3/9/12/15/24V wide voltage input power converter
0人购买
$5.37
商品参数
用户评价
商品描述
HLK-N10 is an industrial-grade NB-IoT wireless communication module, which is fully compatible with R13 and R14 in terms of protocols, and supports R15 through software upgrade. It supports the following frequency bands: Bands 3, 5, 8, 20.
HLK-N10 is a 44-pin LCC packaged surface-mount module, which is embedded in various data transmission products through pads, providing rich hardware interfaces for communication between the module and the customer's main board.
HLK-N10 adopts power-saving technology, and the current power consumption is lower than 1uA in Power Saving Mode (PSM).
HLK-N10 is a high-performance, low-power consumption, multi-band NB-IoT wireless communication module. Its size is only 15.8 × 17.7 × 2.0mm, which can meet the needs of terminal devices for small-size module products to the greatest extent, and at the same time effectively help customers reduce product size and product cost.
HLK-N10 provides rich external interfaces, embeds various communication protocol stacks, and supports China Mobile OneNET and China Telecom IoT platforms, providing great convenience for customers' applications. It can meet the needs of IoT applications, including electricity meters, gas meters, water meters, smoke detectors, street lights, manhole covers, fire hydrants, agriculture and environmental monitoring, etc.
Our website uses essential Cookie to help us ensure that it is working as expected, and uses optional analytics Cookie to offer you a better browsing experience. To find out more, read our Cookie Notice.