Charge
SimulCharge adapters are available in three power options: Power over Ethernet (PoE), 9-36V DC power and standard 5V DC power
Network
Get access to a reliable wired network connection with one of our PoE or Ethernet adapters
Connect
Connect to multiple USB peripherals, such as scanners, printers and card readers for a full tablet kiosk experience
Make your mobile device last longer
with Battery Modulation
Protect your tablet or smartphone from overcharging and battery bloating, allowing it to run efficenctly 24/7
Explore the differences between LAVA's two forms of Battery Modulation: RBM integrated in our top-tier e Series adapters, and CABM found in our mid-tier plug-and-play u Series adapters
Featured Product
Charge-Check with CABM
The Charge-Check is a consumer device that protects a mobile device or any other USB device with a lithium-ion battery from overcharging and battery bloating.
It features LAVA’s plug-and-play Continuously Active Battery Modulation (CABM), also found in LAVA’s Enterprise u Series SimulCharge adapters.
Product Updates
The New Raven PoE Power Adapters
Powered by Power over Ethernet (PoE), LAVA’s new line of Raven adapters split PoE into separate power and network data signals. The adapters can power and charge devices over USB, while providing a Fast Ethernet (10/100 Mbps) wired network connection through a LAN port.
The Raven adapters come in four configurations with options for USB-A or USB-C ports and with or without Continuously Active Battery Modulation (CABM).
Newsroom
Introducing LAVA’s Raven PoE Power Adapters
10 May, 2022
LAVA has unveiled the Raven Series – a new line of Power over Ethernet (PoE) power adapters for tablets, smartphones and other devices that charge over USB...
What is Continuously Active Battery Modulation (CABM)
6 May, 2022
LAVA’s Continuously Active Battery Modulation (CABM) prevents lithium-ion battery-powered devices from overcharging and battery bloating. ...
Why We Use Power Over Ethernet (PoE)
24 March, 2021
A challenge that often comes up is that there is a device that would benefit from using a SimulCharge adapter, but it is located nowhere...
