Tuesday, November 3, 2015

Juniper Pursues Hardware/Software Disaggregation

Juniper Networks is advancing its commitment to open networking through disaggregation of Junos software.  This will enable deployment of third-party network services or applications directly on Juniper hardware platforms as well as have the option to program directly to Juniper systems using the supported Open Compute Project (OCP) defined software model.

At its inaugural NXTWORK 2015 Summit in Santa Clara, California, the company is also unveiling its QFX5200 series of access switches.  These will be the first platform to run the disaggregated Junos as well as the emerging 25 and 50 Gigabit Ethernet (GbE) standard. The switches are based on Broadcom's Tomahawk silicon.

Juniper said the significance of the announcement is that customers gain flexibility in purchasing hardware separately from software with a pay-for-what-you-need software-licensing model.

“Our customers are consistently challenged to accelerate the pace of network infrastructure deployments to match the speed of business requirements. As a result, the purpose of the network has fundamentally changed; it’s all about choice to enable people to connect with speed, agility and reliability. Our new software infrastructure for Junos and the QFX5200 series, along with our technology integration in leading converged stacks, illustrate how Juniper’s data center solutions deliver the automation, programmability and openness required to solve our customers’ most pressing network challenges and eradicate lock-in,” stated Jonathan Davidson, executive vice president and general manager, Juniper Development and Innovation, Juniper Networks.

Some highlights:

Disaggregated Junos Software 

  • Develop and install third-party applications directly on supported Juniper switching systems with the disaggregated Junos software as well as run the disaggregated Junos software on Open Network Install Environment (ONIE) compliant third-party switches.
  • Using an open platform approach, Juniper provides open access to Linux so customers can freely orchestrate third-party applications using Openstack, Apache, Netconf or other tools. This new level of network services modularity enables easy integration with customer applications, SDN controllers and orchestration tools.
  • Support for MPLS, BGP, EVPN-VXLAN and a robust L2/L3 feature set.
  • A new pricing model for the QFX5200 will allow customers to purchase Junos and the QFX5200 hardware platform together or separately.

QFX5200 Switches 

  • Next-generation QFX5200 access switches with multi-speed capability from 10G to 100GbE enable customers to migrate to higher port speeds and support 25G/50GbE without costly upgrades. With 25GbE, customers get 2.5 times the performance over existing cabling infrastructure.
  • QFX5200 switches support the disaggregated version of Junos, combining high-performance switching with the flexibility, power and functionality of a quad-core server CPU.
  • Managed through Junos Space Network Director, customers can control the entire enterprise network through a single pane of glass. Additionally, with support of VMware vRealize 


Juniper Expands its NFV Toolkit with Cloud CPE

Juniper Networks announced an expansion of its Network Functions Virtualization (NFV) portfolio with the launch of Cloud CPE, a fully automated, end-to-end network functions virtualization solution.

The solution builds on Juniper's Contrail Networking to scale across all models – whether on-premises or in the cloud.  Juniper said its goal is to make service delivery from an end user’s perspective as easy as downloading a new app from iTunes.

Juniper's Cloud CPE uses the Contrail Service Orchestration platform to deliver and manage virtualized network services, such as virtual security. Contrail is designed to operate in multi-vendor network environments and can orchestrate the entire service lifecycle – from service design to activation – to radically improve the user experience and enable new service revenue.

Juniper's NFX250 is the first in a series of network services platforms that can operate as secure, on-premises devices running multiple virtual network functions, from Juniper and third-parties, simultaneously. The NFX250, is capable of running myriad virtual functions on a single software-driven device, thereby significantly reducing cost. The 1RU NFX250 unit, which will be available during the first half of 2016, runs both Juniper and third-party virtual network functions.

“As more and more of our service provider customers look to realize real business value from SDN and NFV, the need to have flexible solutions that effectively scale is critical. With the innovations we’re announcing today, service providers will be able to harness the power of scale-out services to improve their service delivery economics. For us at Juniper, it’s all about infusing automation into our customers’ networks to reduce time to market and speed time to revenue,” stated Jonathan Davidson, executive vice president and general manager, Juniper Development and Innovation.


Telefonica Picks Gigamon for Network Visibility

Telefonica Argentina has selected Gigamon’s visibility solutions to help optimize its subscriber service offerings. The solution is being used to gain insight into the way subscribers consume content, enabling Telefonica to adjust service offerings accordingly.

Specifically, Telefonica Argentina is utilizing a number of Gigamon solutions and technologies including several GigaSMART applications for traffic intelligence: Adaptive Packet Filtering, Application Session Filtering and Header Stripping as well as Gigamon’s patented Flow Mapping.

Gigamon said that by combining its Aggregation Solution, GigaVUE-TA1, and the GigaVUE-HD8 Fabric Node with the GigaSMART applications implemented as part of a Visibility Fabric architecture, Telefonica Argentina gained visibility into more than 32 x 10Gbps IP/MPLS links. The GigaSMART feature set significantly reduced the traffic that needed to be processed by the tools, resulting in a 10:1 cost savings ratio for Telefonica. With Gigamon’s solution in place, Telefonica Argentina can streamline the introduction of new technologies such as VoLTE, IMS and CDN to its network and reduce operational and performance impact.

Telefonica Argentina is also working with Gigamon to increase its network performance and optimization capabilities.

“Gigamon’s solutions are well suited for our customer experience management needs. Gigamon has also helped us gain greater visibility across our entire network and identify and address issues as soon as they arise. In fact, during the deployment process, Gigamon helped us to troubleshoot a DNS Cache Server Farm performance issue, resolve it remotely avoiding a possible service outage. It really helped us to streamline the performance of the DNS system,” said Alberto Bernal, Telecom Network Planning Engineer, Telefonica Argentina.


Quantenna Enables 10G Wave 3 Wi-Fi Access Points

Quantenna Communications announced the availability of the first 10G Wave 3 Wi-Fi product family for home wireless access points and residential gateways with unprecedented Wi-Fi performance, reliability and capacity for high-density environments.

Quantenna’s True 8x8 QSR10G Wi-Fi platform with multi-user MIMO (MU-MIMO) technology is the first to implement 10G Wave 3 to support speeds up to 10Gbps. This milestone speed benchmark for Wi-Fi is attained by combining the industry’s first True 8x8 MIMO configuration for 5GHz networks with a 4x4 MIMO configuration on 2.4GHz networks for a combined 12-stream configuration.

“In Wi-Fi access points more antennas are always better, but 10G Wave 3 is not just about 8x8 MU-MIMO and faster speeds. It’s about making better use of network and airtime efficiency to support the growing number of connected devices, services and applications,” said Dr. Sam Heidari, Quantenna CEO. “After pioneering the Wi-Fi industry with 4x4 MIMO, we’ve gained a deep understanding of real-world channel behavior in crowded environments. These insights have led to the creation of 10G Wave 3 and the world’s first 8x8 MIMO, which are poised to revolutionize the Wi-Fi experience.”

Key Wave 3 Features and Benefits

  • Integrated AP chipset for dual-band (5GHz and 2.4GHz), dual concurrent operation and management
  • 160MHz channel support for 5GHz networks. When combined with 8x8 MIMO configuration, this offers 4x the capacity of 80MHz 4x4 MIMO networks
  • Unique adaptive MIMO configuration
  • Up to 1024 QAM modulation for 2.4GHz and 5GHz transmissions
  • Supports rich set of interfaces to external hosts such as PCIe Gen3/Gen2, RXAUI, RGMII, and others


Sckipio Lands Intel Investment for G.fast Silicon

Sckipio Technologies, a pioneering developer of G.fast modem technology, announced an equity investment from Intel Capital.  The investment adds to Sckipio’s third round of funding. Previously, Sckipio raised $27 million from venture capital firms Amiti Ventures, Aviv Ventures, Genesis Partners, Gemini Israel Ventures and Pitango Venture Capital.

Sckipio noted a number of achievements over the past year, including the first 16-port Distribution Point Unit, the first to run UHDTV content across G.fast, the first to demonstrate SDN running over G.fast (in partnership with AT&T), and the first to deliver over 1Gbps at 300 meters.

“Sckipio and Intel have been working closely together since the beginning of the G.fast market and jointly announced the first G.fast residential gateway reference design in the fall of 2014,” noted Dan Artusi, Intel vice president and general manager of its Connected Home Division. “This strategic investment is another milestone for the Intel Connected Home Division and Sckipio to deliver fiber-like speeds to the people on existing copper infrastructure.”

“Sckipio continued to deliver many industry firsts,” said David Baum, co-founder and CEO of Sckipio Technologies. “With the investment from Intel Capital, Sckipio will increase technology investments to accelerate our innovations in the broadband access market.“

A Major Update is Released for Open Source Wireshark Packet Analyzer

Riverbed Technology announced a major release of Wireshark, a free and open-source packet analyzer used for network troubleshooting, analysis, software and communications protocol development. Riverbed is the primary sponsor of Wireshark, which is free and distributed under the terms of the GNU General Public License.

Wireshark 2.0 offers an updated UI and now uses a new application framework to deliver a significantly better user experience on all platforms, particularly Apple Mac OS X and Microsoft Windows. The new release offers many new features, including configurable conversation types, VoIP player improvements, a new wireless toolbar, SSL dissector improvements, more languages, etc.


IEEE Approves 802.22b-2015 Wireless Broadband - "Wi-FAR"

IEEE announced the approval of 802.22b-2015, a new standard designed to support point-to-multipoint wireless broadband operation in the VHF and UHF TV bands in the frequency range between 54 MHz and 862 MHz.

802.22b point-to-multipoint wireless broadband, which is sometimes referred to as "Wi-FAR", is targeted at traditionally underserved rural areas, where most empty TV channels can be found and where Internet access services are often scarce. It takes advantage of favorable propagation characteristics in the VHF and low UHF TV bands, to provide broadband wireless access under both line-of-sight (LoS) and non-line-of-sight (NLoS) conditions over large areas (10 to 30 kilometers). This occurs while operating on a strict non-interference basis in "TV white space" (TVWS)—spectrum that is assigned to, but unused by, incumbent licensed services.

“IEEE 802.22b-2015 is designed to double the throughput of devices based on the original IEEE 802.22 standard. The new amendment is intended also to serve more users per base station and enable relay capability for machine-to-machine (M2M) and Internet of Things (IoT) use cases,” said Chang-woo Pyo, chair of the task force that created IEEE 802.22b.


East Japan Railway Deploys SDN with NEC

East Japan Railway Company (JR East) has deployed a "Common Station Network" based on SDN across all 36 of its stations in the Yamanote Line area.  The software-defined network makes it possible to carry out integrated network management across all stations, enabling JR East to establish and provide new services easier.

NEC installed the SDN-based Common Station Network in March 2014.  The project included:
  • Installation of NEC UNIVERGE PF Series switches, which are among the first such products in the world to be compatible with OpenFlow.
  • Across all stations, including Tokyo Station, a total of 20 SDN controllers and 174 SDN switches have been installed.
  • NEC has created a large-scale, high-capacity network with a high degree of availability by connecting all stations on the Yamanote Line and stations in the same area on the Chuo Line in a ring configuration, using an IP network consisting of fiber optic cables.

In addition to enabling visualization and integrated management of the entire network, the Common Station Network uses software to enable JR East to configure networks or make multiple changes to settings centrally, rather than doing so every time a new service is launched or station improvement works are carried out, as previously.


IBM Acquires Gravitant to Hybrid Cloud Brokerage Tool

IBM has acquired Gravitant, a privately held company that develops cloud-based software to enable organizations to easily plan, buy and manage, or “broker,” software and computing services from multiple suppliers across hybrid clouds. Financial terms were not disclosed.

IBM said the Gravitant software will help customers to purchase compute and software services from different suppliers.

"The reality of enterprise IT is that it is many clouds with many characteristics, whether they be economic, capacity or security,” said Martin Jetter, Senior Vice President, Global Technology Services, IBM. “Gravitant provides an innovative approach to add choice and simplicity to how enterprises can now manage their environments. It will be a key component as we broaden our hybrid cloud services."
IBM plans to integrate the Gravitant capabilities into the IBM Global Technology Services unit. In addition, IBM Cloud plans to integrate the capabilities into Software-as-a-Service offerings, extending the company’s growing hybrid cloud solutions and capabilities.

Gravitant is headquartered in Austin, Texas, and has development operations in Pune and Bangalore, India. The company was founded in 2004.


Ixia Posts Revenue of $126 Million, Strong U.S. Sales

Ixia reported Q3 revenue of $125.9 million, compared with $114.0 million reported for the 2014 third quarter and $131.6 million reported for the 2015 second quarter. Net income (GAAP) was $4.0 million, or $0.05 per diluted share, compared with a net loss of $7.3 million, or $0.09 per diluted share, for the 2014 third quarter.

“We delivered another solid quarter of year-over-year revenue and earnings growth. Our revenue growth was driven by strong market momentum across our product portfolio, particularly in the U.S. where revenue grew 25% year-over-year to reach a new record. In addition to growing our year-over-year bottom line results, we generated approximately $22 million in cash from operations as we continue to strive for operational excellence and financial discipline,” said Bethany Mayer, Ixia's president and chief executive officer.


Affirmed Networks Intros Virtualized Wi-Fi Gateway

Affirmed Networks introduced an Evolved Packet Data Gateway (ePDG) and Trusted Wi-Fi Access Gateway (TWAG) solution that enables fixed and mobile operators to offer virtualized Wi-Fi access.

The carrier-grade virtualized Wi-Fi solution delivers the scalability and encryption required to increase the number of IPSEC-encrypted sessions on demand without the need of specialized encryption hardware. The company said it is able to achieve this by leveraging its expertise in virtualizing network elements with a solution on the IPSEC encryption front. Its virtualized Wi-Fi gateway takes advantages of hardware and software advances from Intel, including Intel AES New Instructions (Intel AES-NI) and Intel Multi-Buffer Crypto for IPsec Library.  These advances enable the delivery of a high-performance, fully-virtualized IPsec-enabled ePDG on standard high-volume servers.  In particular, new capabilities associated with the performance gains provide accelerated data encryption and greater levels of security.

"Network security is a critical issue for service providers," said Renu Navale, director, Intel Network Builders. "Robust and scalable encryption capabilities in Intel platforms will help accelerate the development of high-performance virtualized security appliances. Our work with Affirmed Networks is an excellent example of how we collaborate with Intel Network Builders members to deliver optimized solutions for comms networks."  

"Our work with Intel Technologies allows us to ensure that our technical innovation remains at the 'world-class' level that our customers deserve," said Angela Whiteford, Affirmed Networks' Vice President of Marketing and Product Management.  "Mobile operators are investing heavily to gain new customers and to remain profitable and must keep churn to a minimum.  By providing operators with virtualized Wi-Fi capabilities, not only can they begin to offer revenue-driving services, they also significantly improve network coverage, and the overall customer experience as a result.  Wi-Fi also provides a valuable 'offload' option that operators are utilizing to improve overall network utilization."


Monday, November 2, 2015

Nokia to Test Artemis pCell Wireless with Operators

Nokia Networks has agreed to test Artemis Networks' pCell wireless technology in 2016 with wireless operators, initially in large indoor venues and other high density areas.

The companies will jointly offer pCell Proof-of-Concept deployments to selected Nokia Networks customers. The companies may extend the collaboration to consider further advanced features that could be enabled by pCells, such as precise 3D location positioning.

Nokia said pCell has the potential to enhance the capacity of conventional 4G TD-LTE networks in certain use cases, while remaining compatible with unmodified devices.

The pCell concept uses radios to transmit signals that deliberately interfere with each other, combining to synthesize tiny pCells, each just one cm in size. Every mobile device has its own pCell, a “personal cell,” each getting the full spectrum capacity.

“In addition to creating transformative internal innovations, we continuously look for and evaluate external innovations to bring the most advanced solutions to the operators. We are keen to see the potential for pCell in enhancing 4G LTE downlink and uplink capacity given the rapidly growing network demands such as concurrent HD video streaming,” stated Hossein Moiin, Executive Vice President and CTO at Nokia Networks.

Steve Perlman, Founder & CEO of Artemis Networks, said: “We are delighted to collaborate with Nokia, the world’s leading 4G LTE network vendor, to offer pCell Proof-of-Concept deployments to selected customers. pCell technology has the potential to significantly increase the downlink and uplink capacity of spectrum, while remaining compatible with existing 4G LTE devices.”


  • Steve Perlman, Artemis Founder & CEO, has previously served as  an Apple Principal Scientist and Microsoft Division President.  He holds over 140 U.S. patents and is credited with the invention of Apple Quicktime.

ClearSky Data Raises $27 Million for Enterprise Storage Service

ClearSky Data, a start-up based in Boston, announced $27 million in a Series B funding for its a global storage network

ClearSky's global storage network manages the entire data lifecycle, combining the performance and availability of local enterprise storage with the scalability and economics of the cloud. ClearSky’s fully managed service automatically caches data across a network of geographically distributed layers, making data available to enterprise users where and when it’s needed.  The service combines primary storage, backup and disaster recovery with on-demand scaling and agility. It automatically caches data – moving cold data to the cloud, keeping warm data in metro-based PoPs within 120 miles of customers, and storing a small portion of hot data on-premises.

The funding round was led by Polaris Partners, with a strategic investment from Akamai Technologies. Previous investors General Catalyst and Highland Capital Partners also participated in the funding. This brings total investment in the company to $39 million.

“Managing primary storage is a huge and poorly served challenge in the enterprise infrastructure market. Legacy systems have failed to address customer needs and no one has figured out how to leverage the economics and agility of the cloud – until now. ClearSky has addressed this challenge head-on, creating a breakthrough software-as-a-service (SaaS) offering for primary storage,” said Dave Barrett, managing partner of Polaris Partners. “We’ve entered the next generation of the enterprise and ClearSky has a great opportunity to build the next major infrastructure company.”

Andy Champagne, vice president and chief technology officer, Akamai Labs at Akamai Technologies said, “ClearSky’s global storage network is the way for enterprises to move their data to the cloud—with the security, performance and availability they need to succeed. At Akamai, we know firsthand how to build a global network that meets the stringent requirements of enterprise customers, and we look forward to working with the ClearSky team to help customers worldwide as they adopt this new approach to enterprise storage.”


Rackspace Launches Carina Container Cluster Service

Rackspace introduced a native container cluster service called Carina.

Carina focuses on portability and ease-of-use for deploying a cluster of containerized applications. It leverages bare-metal performance, Docker Engine, native container tooling and Docker Swarm for orchestration.

Rackspace said one of the advantages of Carina is that it uses the native Docker API and tooling.  Containers sit on top of the server, which helps eliminate hypervisor overhead, allowing faster application performance. The idea is to get customers to a “zero infrastructure” container environment, where Rackspace manages the infrastructure and Docker environment for customers.

“At Rackspace, our mission is to give customers industry-leading service and expertise on the world’s leading technologies. Carina extends this mission as part of our strategy to support OpenStack’s position as a leading choice for enterprise clouds,” said Scott Crenshaw, SVP, strategy and product at Rackspace. “Carina design makes containers fast, simple and accessible to developers using native container interfaces, while leveraging the infrastructure capabilities of OpenStack.”

“The Carina beta from Rackspace makes it fast and simple to start a Docker Swarm cluster. They have put the Docker experience front and center without any abstraction,” said Nick Stinemates, VP business development of Docker, Inc.  “You can get started in under a minute and pull images into a cluster straight from Docker Hub, or leverage existing Docker tools and plugins that natively “just work.” This is exciting as it builds on and partners with our existing community and ecosystem. The focus on container developer experience is paramount and they’re showing a commitment to it.”


World Radiocommunication Conference Seeks Consensus on Spectrum Allocations

The ITU's World Radiocommunication Conference 2015 (WRC-15 kicked off in Geneva and is scheduled to run through the end of November.

The WRC is held every three to four years to review, and, if necessary, revise the Radio Regulations, the international treaty governing the use of the radio-frequency spectrum and the geostationary-satellite and non-geostationary-satellite orbits.

WRC-15 will address a number of key issues, in particular:

  • Mobile broadband communications: Provision of additional frequencies to meet the rapidly growing demand for mobile broadband communications.
  • Emergency communications and disaster relief: Allocation of frequencies for advanced public protection and disaster relief.
  • Monitoring the environment and climate change: New allocations for earth-exploration satellite services with higher resolution radar imagery for improved global environmental monitoring.
  • Unmanned aircraft and wireless avionics systems: Spectrum for the aeronautical sector, related to the use of unmanned aircraft systems, and wireless avionics intra-communications to allow for the heavy and expensive wiring used in aircraft to be replaced by wireless systems.
  • Global flight tracking for civil aviation: WRC-15 will consider allocating spectrum for global flight tracking for improved safety.
  • Enhanced maritime communications systems: Maritime communications, facilitating the use of on-board digital transmissions and automatic identification system on vessels for improved navigation safety.
  • Road Safety: Allocation of frequencies for short range, high-resolution radars for collision avoidance systems in vehicles for increased road safety.
  • Operation of satellite systems: Allocation of spectrum for broadband satellite systems; providing for earth stations on-board moving platforms, such as ships and aircraft; and improving coordination procedures to make more efficient use of spectrum and satellite orbits.
  • Universal Time: examining the feasibility of achieving a continuous reference time-scale, by modifying Coordinated Universal Time (UTC).

Hibernia Extends Ethernet to Equinix Cloud Exchange

Hibernia Networks is extending its Ethernet connectivity to and within the Equinix Cloud Exchange in Asia, Europe and North America.

The Hibernia Networks’ EtherReach Cloud Exchange service, which the companies describe as one of the largest network connectivity deployments for Equinix’s Cloud Exchange to date, initially includes 12 major cities located across six countries.  The second phase, slated for completion in the first quarter of 2016, will expand the reach to 18 cities in eleven countries.

“EtherReach Cloud Exchange provides enterprises, system integrators and wholesale customers with a secure, dedicated global network connectivity solution to the robust selection of cloud service providers available on the Equinix Cloud Exchange,” states Al DiGabriele, senior vice president of product and marketing at Hibernia Networks. “Combining a more consistent and lower latency network experience with access to cost-effective cloud services allows customers to simplify operations, improve efficiencies and accelerate time to market.”

“With locations in 33 markets worldwide, Equinix’s data centers are a major hub for cloud services, and Equinix Cloud Exchange is available in 21 of those markets, and growing,” states Jim Poole, vice president of service provider marketing at Equinix. “Being able to tap into Hibernia Networks’ high capacity, low latency network infrastructure provides customers with a cost-effective, secure and reliable dedicated connection as an alternative to the public Internet.”


New Hibernia Express Cable Timed at Record 58.95ms Latency for NY-London

The new Hibernia Express transatlantic cable is delivering an actual tested latency of better than 58.95ms (milliseconds) from New York to London, which is faster by more than half a millisecond off the original projected speed.

Hibernia Networks said its new undersea cable has undergone rigorous testing over the past two weeks. Testing parameters included power stability, spectral efficiency and latency. The results confirmed the latency on Hibernia Express from LD4 in Slough, England to NY4 in Secaucus, New Jersey to be under 58.95ms.


  • Hibernia Express utilizes a 6-fiber-pair submarine cable, with a portion of the fibers optimized for lowest latency and a portion optimized for 100X100 Gpbs design capacity. The total cross-sectional design capacity of the cable will be over 53 Tbps. Hibernia Express will initially launch with 100 Gbps transmission capacity using TE SubCom’s C100 SLTE platform. Hibernia Express follows the most direct route between the UK and North America, promising to reduce latency by at least 5 milliseconds over existing cables.

Mellanox Open Ethernet Gains Acceptance by Open Compute Project

The Open Compute Project (OCP) has accepted Mellanox Technologies' 10GbE and 40GbE switch systems. This includes:

  • the MSX1710OCP spine switch system, with 36 QSFP+ interfaces
  • the MSX1410OCP leaf / top-of-rack (ToR) switch system, with 48 SFP+ interfaces and 12 QSFP+ interfaces

Both switch systems are based on the company's SwitchX-2 silicon, which is designed for non-blocking 2.56 Tbps full wire speed forwarding with cut-through latency and deterministic zero packet loss performance. Mellanox is a co-author of the Switch Abstraction Interface (SAI), which enables applications and Ethernet protocol stacks to operate seamlessly over any Open Ethernet compatible switch hardware platform. Mellanox was the first to integrate the SAI layer and to offer its free download as an open-source.

“It is exciting to see organizations such as Mellanox take an active role in shaping the future of open networking through not only its open collaboration and participation in the OCP Networking Project, but through its willingness to open the specs and designs around in its SwitchX-2 product line,” said Amber Graner, operations director for the Open Compute Project Foundation. “The Mellanox switch contributions are another great example of how OCP through member participation is accelerating the future of open hardware in the networking ecosystem.”


T-Mobile Launches 4G LTE CellSpot

T-Mobile is introducing a residential small cell for providing LTE coverage inside a home.

The T-Mobile 4G LTE CellSpot delivers a 4G LTE signal for customers with or without an indoor cellular signal on compatible 3G, 4G and LTE handsets for up to 16 callers at one time anywhere a customer has broadband Internet and T-Mobile wireless spectrum. The customer must provide the location address and acknowledge 9-1-1 limitations. The device is free for customers on T-Mobile's Simple Choice plan.

“Where the T-Mobile Wi-Fi CellSpot’s like a T-Mobile tower, this new 4G LTE CellSpot is a T-Mobile mini-tower—and it’s a huge feat of engineering,” said John Legere, president and CEO of T-Mobile. “The big difference between us and the carriers is that they’ll do absolutely everything they can to bleed you dry. We’ll do absolutely everything we can and use every proven technology available to give you the best coverage possible.”