State-Wide Public Safety Networks: Brief Update from Aviat
- March 10, 2017
- Capital expenditure, IP/MPLS, LTE, Made in America, Microwave backhaul, public safety, State & Local Government
Aviat: The American Microwave Company and The Trusted Choice for State-Wide Microwave Networks
Aviat is the #1 provider of microwave and microwave routing systems to state/local government networks nationwide with 25 of 50 state-wide networks running Aviat equipment.
Know Your Microwave Backhaul Options
- November 9, 2012
- Aviat Networks, backhaul, Business, Capital expenditure, Equipment, LTE, microwave, Mission Critical, Telecommunications
If you look in the November issue of MissionCritical Communications, you will see an article by Aviat Networks director of marketing and communications, Gary Croke. In his article “Know Your Microwave Backhaul Options,” Gary covers:
- Benefits of using indoor, outdoor and split-mount microwave radios in various scenarios
- Rationale for choosing microwave over fiber (especially for LTE)
- Deployability of microwave
- Software-upgradeable capacity for “pay-as-you-grow” capex scalability
- Cost contribution of towers over the first 10 years of LTE implementation
- And more
You can read Gary’s article (on page-30) here—MissionCritical Communications—November 2012.
Related articles
- APCO 2012: Broadband for Public Safety in Sight (aviatnetworks.com)
- Microwave Backhaul for Public Safety LTE (aviatnetworks.com)
- Microwave Capacity: Examining Techniques to Improve Throughput (aviatnetworks.com)
- Diverse Wireless Network Topologies Cost Savings (aviatnetworks.com)
Is the Backhaul Really the Bottleneck for LTE?
- June 22, 2012
- 3GPP Long Term Evolution, backhaul, Capital expenditure, IPad, iPhone, LTE Advanced, Operating expense
The popularity of smartphones and tablets, motivated by the launch of the iPhone (2007) and the iPad (2010) have created a dramatic increase in mobile data consumption. The need to provide higher throughputs at the base station level to serve this demand has concerned operators, equipment vendors and industry watchers about a possible bottleneck in the backhaul network.
The basis for this concern is that microwave technology will not be able to provide enough capacity, and that only fiber is able to meet the capacity needs of 4G/LTE networks. This apprehension is being capitalized on by some optical network providers who argue that fiber connections are needed to provide gigabit levels at each base station. Although a gigabit connection in each base station is desirable, extremely high costs, slow deployment and inflexibility of fiber optic networks prevent this from being a viable option for operators who are CAPEX and OPEX constrained.
Aviat Networks’ studies, based upon our early involvement in some of the largest LTE network deployments, show that an average of 100 to 200 Mbps of backhaul capacity per LTE cell site is more than adequate and easily achievable with current microwave technologies. Read the white paper below or see our case study on a national U.S. LTE operator.
Related articles
- Salanave: The LTE deployment equation (fiercewireless.com)
- AT&T’s LTE network now in 32 cities (macworld.com)
- Construction, Not Capacity, is the Real LTE Challenge in U.S. (aviatnetworks.com)
- The Modulation Arms Race: A Case of Diminishing Returns (aviatnetworks.com)
- Report: Sprint’s LTE network is as fast as its competitors (fiercewireless.com)