VIRTUAL DESKTOP STRATEGIES
DISH Network Corporation | November 02, 2020
Today, DISH and Intel announced a partnership to integrate Intel 5G infrastructure technology into DISH's buildout of the nation's first virtualized, open Radio Access Network (O-RAN) 5G network deployment. DISH has selected the Intel Xeon Scalable Processor, the Intel Ethernet 800 Series network adapter, the Intel vRAN Dedicated Accelerator ACC100 and Intel's FlexRAN software reference architecture for its deployments.
Polte | October 08, 2021
Polte, the innovator of Cloud Location over Cellular (C-LoC) technology, announced a partnership with VMware to enable an Open Radio Access Network (Open RAN) solution for global "5G Precise Positioning," leveraging Polte as an xApp on VMware's RAN Intelligent Controller (RIC) platform. This partnership aims to address the challenges of security, accuracy, and seamless cellular continuity that previously created barriers to access for 5G Precise Positioning within use cases ranging from Industry 4.0 to 5G Critical IoT. Together, through the augmentation of Open RAN architecture, Polte and VMware endeavor to stimulate innovation while subsequently offering systems integrators more RAN vendor choice.
"Together, Polte's and VMware's 5G Precise Positioning solution aims to meet the increasing demands for enterprise security while providing accuracy down to the sub-meter level with private networks, We plan to unlock a plethora of new global asset tracking use cases, especially within 5G Industrial and Critical IoT."
said Stephen Spellicy, vice president of product marketing and business development, Service Provider and Edge, VMware.
The RIC, as introduced by the O-RAN Alliance, is a core element of Open RAN architecture that allows operators to launch and optimize new cloud-native services and xApps, uninterrupted. VMware's RIC offers a software development kit (SDK) for third parties to develop new innovative applications for Open RAN, and enables operators to seamlessly integrate such applications into their networks. It will enable Polte's location xApp to not only democratize 5G Precise Positioning, but offer a foundation for other xApps that benefit from location awareness.
"Solutions providers should think of location as a system, not a feature. Taking a holistic approach to location at the earliest stages of any 5G deployment is fundamental to the success of offering value in 5G to enterprises."
said Polte CEO Ed Chao.
As a leading provider of cellular location, Polte's domain expertise and 70 global patents and patents pending are key to unlocking the full potential of 5G positioning for enterprises. 5G allows Polte to transform the utility of cellular location, bringing the optimum level of accuracy for macro networks and 5G private networks. Polte's and VMware's Open RAN RIC-based 5G Precise Positioning solution will provide enterprises with more secure communication to all devices and to their own cloud architecture, required for the most advanced, mission-critical communications.
Polte and VMware are both contributing members of the O-RAN Alliance, as well as participants in the 5G Open Innovation Lab, a collaborative ecosystem bringing together leading enterprise partners with cutting-edge startups harnessing the power and potential of 5G and edge computing to build what's next.
Polte, the innovator of Cloud Location over Cellular (C-LoC) technology, provides disruptive, low-cost indoor and outdoor IoT location solutions that empower enterprises with unprecedented, real-time visibility into all the things that matter. Leveraging global 4G and 5G cellular signals, Polte transforms what is possible with asset tracking by driving heightened accessibility and greater speed to ROI for supply chain, logistics, manufacturing, and a wide range of other sectors
AT&T | September 18, 2020
AT&T* has committed to be carbon neutral across its entire global operations by 2035. The company is also expanding its Climate Change Analysis Tool (CCAT) across the contiguous United States to identify the potential impacts of climate change on the network and operations – up to 30 years into the future.