Cisco 4G LTE Wireless WAN Enhanced High-speed WAN Interface Card

Fast, Secure, and Robust Wireless WAN

In markets where customers are constantly moving and business opportunities open up suddenly, you need to be able to quickly deliver enhanced services anywhere at any time. The 4G LTE solution on the Cisco second-generation integrated services routers (ISR G2) can help your business expand rapidly while making critical applications and services available when and where needed.

With 4G LTE, wireless WAN (WWAN) is no longer just a backup solution. Your business can run applications such as interactive video and TelePresence on a primary 4G LTE WWAN link, which is 10 to 15 times faster and 5 times lower latency than 3G.

The solution reduces cost, complexity, and time to deployment by securely extending wireless mobility to any location covered by a 4G LTE tower, without compromising quality of experience and timely delivery.

Cisco 4G LTE 2.5 Datasheet

Enhanced High-Speed Wireless WAN Interface Cards for Asia, Australia, and Selected Latin America Regions

Video Data Sheet

Learn features and benefits of the Cisco 4G LTE Wireless WAN Enhanced High-speed WAN Interface Card. (2:40 min)

Customer Benefits

Accelerate business growth with a high- performance, highly available, and easily deployable wireless WAN solution
Extend business borders reliably and securely with an enterprise-grade wireless WAN primary link performing at wired broadband speeds
Realize better operational efficiency and lower cost by enabling businesses to use new media-rich applications and business functionality anywhere, anytime, on any device

Wireless LAN and WAN	3900	2900	1900
EHWIC-4G-LTE-V	√	√	√	Dedicated 4G LTE EHWIC for Verizon Wireless Network, US (Verizon SKU) Q&A
EHWIC-4G-LTE-A	√	√	√	Dedicated 4G LTE EHWIC for North America & other carriers that operates LTE on 1700/2100 MHz, 700 MHz or 2100 MHz Q&A
EHWIC-4G-LTE-G	√	√	√	Dedicated 4G LTE EHWIC for all global LTE carriers (Global SKU) that operates LTE on 800 MHz, 900 MHz, 1800 MHz, 2100 MHz or 2600 MHz. Q&A