Showing posts with label TIP. Show all posts
Showing posts with label TIP. Show all posts

Sunday, March 22, 2020

Volta Networks joins TIP's Disaggregated Open Routers initiative

Volta Networks announced its support for the Telecom Infra Project’s (TIP) Disaggregated Open Routers (DOR) initiative, which is being led by TIP’s Open Optical & Packet Transport (OOPT) Project Group. Volta will also join the DOR project team, which is driving research into new network architectures and services using disaggregated open routing among the global service provider and vendor community.

TIP's OOPT project group is conducting an initiative focused on developing Disaggregated Open Routers (DOR), led by KDDI and Vodafone. Several OOPT technology providers are also supporting this initiative.

Volta, a start-up based in Cambridge, MA, was co-founded by Dean Bogdanovic, a long time networking veteran and former Distinguished Engineer at Juniper Networks, and Ivo Raznjevic.

In 2019, Volta was selected as a finalist for several independent Disaggregated Cell Site Gateway (DCSG) request for information processes executed by service providers. These were based on the specification which defines open and disaggregated white box cell site gateway devices that operators can deploy in their 2G/3G/4G cell sites, as well as in upcoming 5G deployments, with support for Layer 2, Layer 3 and MPLS features. The DCSG finalists were selected based on solution architecture, functionality, scalability, availability and roadmap.

“As the first company with cloud-native virtual routing software, we believe strongly in having open standards for disaggregated routing, which is better for everyone in the ecosystem – service providers and vendors alike,” said Dean Bogdanovic, Co-Founder and CEO, Volta Networks. “Being part of TIP’s DOR project team reflects our commitment to open standards, multi-vendor interoperability and technical innovations in the routing market. Open networking will continue to be important as service providers look for new ways to improve the scale, performance, automation and economics of their networks.”

https://voltanet.io/

Sunday, March 8, 2020

ONF’s Stratum Open Source Switch OS runs on TIP's Cassini

Stratum, the open-source switch operating system software developed by the ONF, is now available on Cassini packet optical transport hardware from TIP.

Cassini is a network switching platform with integrated optical transponders that is developed as a project by the Telecom Infra Project (TIP).

Stratum is a thin switch OS for data center white box switches supporting SDN interfaces, including P4, P4Runtime, gNMI and OpenConfig.



Stratum’s capabilities have now been extended to support configuration and management of optical parameters including wavelength, modulation and optical power. These new capabilities enable Stratum to be deployed on the white box Cassini platform. Stratum on Cassini now enables a completely open SDN-native solution for addressing Data Center Interconnect (DCI) use cases.

The ONF notes that its ODTN project has already demonstrated end-to-end orchestration of a network of Cassini-based systems in field trials. The demonstration leveraged the open source ONOS control plane from ONF and the open hardware from TIP; it also relied on proprietary embedded software running on the Cassini platform. It can serve both as a spine for “leaf-spine” type architectures within the datacenter, and as a packet optical transponder for the inter-datacenter connections. The four Cassini systems replace what would otherwise be 8 distinct devices: 4 spine switches and 4 packet optical transponder systems.  This converged design enables operators to deploy simpler solutions at a much lower cost, both in terms of Capex and Opex.




ONF's Stratum Project goes Open Source

The ONF's Stratum SDN project has been released as open source under the Apache 2.0 open source license.

Stratum is an open source, silicon-independent switch operating system for software-defined networks that runs on a variety of switching silicon and various whitebox switch platforms.

The ONF said the goal of Stratum is to avoid the vendor lock-in found with today’s data planes that feature proprietary silicon interfaces and closed software APIs that tend to lock operators into using a specific hardware technology. The strict contractual relationship of a P4-based interface between a Stratum switch and its controller ensure that the switch can be swapped with a spectrum of alternatives (even those with different switching silicon from a diversity of vendors) without need for controller modification or network retest and validation.  Never before has it been possible to grow and upgrade installations and adopt the latest advancements in switching silicon at the speed of cloud development.

Stratum also exposes a set of next-generation SDN interfaces including P4, P4Runtime, OpenConfig, gNMI and gNOI, enabling programmability of forwarding behaviors, zero-touch operations and full automated life-cycle management. This makes Stratum a key enabler for ONF’s next-generation SDN initiative.

“Bringing project Stratum to open source is an important milestone in furthering the ONF’s open networking movement,” said Guru Parulkar, Executive Director, ONF. “Stratum provides a consistent set of northbound Next-Gen SDN interfaces even as it runs on a wide selection of hardware platforms leveraging a variety of switching silicon. As such, Stratum is becoming the common substrate for ONF’s Next-Gen SDN stack, enabling rapid innovation, zero touch operations and a robust hardware ecosystem.”

https://www.opennetworking.org/stratum/

Thursday, February 27, 2020

An update from the Telecom Infra Project (TIP)

To mark its fourth anniversary, the Telecom Infra Project (TIP) provided the following update on its activities:

1. Global expansion of TIP activities, progressing solutions such as OpenRAN, Disaggregated Cell Site Gateways (DCSG) and Cassini into a growing number of deployments and field trials. Specifically, Vodafone has now launched trials in Mozambique and the Democratic Republic of the Congo as anticipated, and is progressing with trials in the UK and Ireland. In Indonesia, Indosat Ooredoo and Smartfren will conduct the first OpenRAN field trials in the APAC region. Smartfren has also conducted and completed the first OpenRAN lab trial in the region.

2. Growing the number of technology solutions and project groups within TIP, addressing a wide range of deployment environments – including Core and Wi-Fi. For instance, Dell EMC continues to work on a configuration with SONiC, an open source network operating system, on DCSG including Zero Touch Provisioning. Alongside DCSG, the expanding OOPT product portfolio landed commitments from Edgecore and Wistron to develop the hardware for Phoenix (formerly known as Apollo), a 400G optical transponder. The Phoenix spec is now fully approved and available. Also in the OOPT family, IP Infusion is now announcing the general availability of their Cassini Operating System. Whitestack led a trial of the Cassini technology in Telefónica del Perú, and is implementing some of the first projects (combining optics and Layer2/3) in Latin American operators.

The OOPT Project Group launched an initiative focused on the development of Disaggregated Open Routers (DOR). The initiative will be led by KDDI and Vodafone. Several OOPT technology providers including ADVA, Delta, Drivenets, Edgecore, Exaware and Ufispace have committed to support the activity. I



3. Deeper alignment with adjacent industry consortia such as O-RAN Alliance, GSMA, OpenStack Foundation (OSF) and OpenAirInterface Software Alliance (OSA). First, O-RAN Alliance and TIP are announcing a liaison agreement for the development of open and intelligent RAN architecture and specifications. The liaison agreement enables TIP requirements to reference O-RAN specifications. The TIP OpenRAN 5G NR Project Group will be releasing their OpenRAN 5G NR Base Station Platform requirements document with normative references to the O-RAN specifications.

TIP and the GSMA have signed an understanding that will help drive share service provider requirements from the GSMA into TIP Project Group work streams – ultimately giving operators wider solutions in the areas of operator platforms and open networks.

TIP has reached agreements with the OpenStack Foundation (OSF), and the OpenAirInterface Software Alliance (OSA) to jointly explore collaboration areas on the newly formed Open Core Network Project Group and leverage each organization’s expertise and resources to accelerate progress towards a converged open core network implementation.

4. Integration and hardening of disaggregated technology solutions through TIP Community Labs and PlugFests. As part of the alignment with O-RAN, Deutsche Telekom is expanding its current TIP Community Lab and launching a European Open Test and Integration Center. Deutsche Telekom will transform its current Berlin lab to focus on interop validation of O-RAN compliant RU-DU solutions leading to an upcoming Open FrontHaul (RU-DU) TIP PlugFest, as well as supporting Open Optical Packet Transport (OOPT) technology trials. Multiple operators, most notably Orange, are collaborating across several streams in the lab for integration, testing and also for upcoming Plugfest activities. In addition, KDDI will be opening up the first TIP Community Lab in Japan, supporting DCSG solutions and the OOPT Project Group initially, and expanding to other technologies in the future. China Unicom has announced that it has joined the OpenRAN 5G NR Project Group, and is preparing to launch the first TIP Community Lab in China to support the project.

The full TIP update is posted here: https://telecominfraproject.com/tip-community-momentum-driven-by-new-operator-demand-technology-solutions-and-industry-alliances/

Tuesday, February 25, 2020

O-RAN Alliance and the Telecom Infra Project reach agreement

The O-RAN Alliance (O-RAN) and the Telecom Infra Project (TIP) agreed to collaborate on the development of interoperable open Radio Access Network (RAN) solutions.

The O-RAN Alliance is focused on the development of open, intelligent, virtualized and interoperable RAN specifications. The Alliance has already created 31 specifications, with 37 demonstrations of the technology at past MWC events, global plugfests, and more than 1 000 000 lines of code released in partnership with the Linux Foundation. Operators have begun to announce network implementations.

O-RAN Alliance’s mission and focus complements TIP’s mission of deploying end-to-end disaggregated telecom infrastructure in varying environments. With the liaison agreement O-RAN and TIP are now reaching a new level of collaboration for open RAN. The liaison allows for sharing information, referencing specifications and conducting joint testing and integration efforts.

"This new collaboration framework between O-RAN and TIP, two major initiatives in the area of open networking, will support our mission to re-shape the RAN industry towards open and intelligent mobile network infrastructure," said Alex Jinsung Choi, COO of the O-RAN Alliance and SVP Strategy & Technology Innovation, Deutsche Telekom. "Alignment on O-RAN interoperability efforts will help the industry to speed up the delivery of commercial open RAN solutions. The establishment of the first joint O-RAN Open Test and Integration Center (OTIC) with the TIP Community Lab in Berlin is a concrete step to facilitate this multi-community approach."

"TIP’s OpenRAN solutions are an important element of our work to accelerate innovation across all elements of the network including Access, Transport, Core & Services. Across the TIP community, we are seeing increasing demand and have achieved meaningful progress with OpenRAN deployments around the world," said Attilio Zani, Executive Director, Telecom Infra Project. "With this collaboration framework in place, TIP and O-RAN will work together to develop interoperable 5G RAN solutions. One of our first outputs will be the release of the OpenRAN 5GNR NR Base Station Platform requirements document with normative references to the O-RAN specifications."

http://www.o-ran.org

Wednesday, November 13, 2019

NTT contributes NOS for Disaggregated Coherent Transponders to TIP

NTT Electronics has contributed its Goldstone Network Operating Software for disaggregated coherent transponders to the Telecom Infra Project’s NOS Software Project, which is hosted by the Open Optical and Packet Transport project group.

Goldstone utilizes many existing open source components which have been developed in Open Compute Project and Telecom Infra Project, including Open Network Linux, SONiC, Switch Abstraction Interface, and Transponder Abstraction Interface. ONL is used as the base operating system and provides a wide range of open network device support. On top of ONL, Kubernetes is employed to enable containerized application management, which realizes flexible and modular software composition. SONiC/SAI is deployed as a fleet of containers when the target hardware comprises Ethernet switch ASIC, whereas TAI is used when the target hardware has coherent transponder components.

NTT said its Goldstone NOS leverages a modular architecture, enabling it to be extended to support networking devices, which don’t have an Ethernet ASIC, but may include conventional transponders, ROADMs or amplifiers in the future.

Goldstone was originally started as a prototype NOS for Edgecore’s Cassini Platform. The work has led to a production deployment by mixi in Japan, and more than five industry partners are evaluating Goldstone on the Cassini platform. It is also being incorporated in Wistron’s Galileo platform.

“As the first operator who deployed Goldstone in production, mixi welcomes the contribution of Goldstone by NTT Electronics to foster more collaboration among the open networking industry. Goldstone brought us huge flexibility and control over our DCI connectivity which is critical for our services” Tatsuma Murase, CTO, mixi, Inc.

“Edgecore is pleased to be working with NTT Electronics and the broader industry community to enable disaggregated solutions with open packet transponders that will provide broader optical technology choices for network operators.” George Tchaparian, President and CEO, Edgecore Networks.

NTT Electronics' portfolio includes coherent optics and digital signal processors (DSPs)
https://www.ntt-electronics.com/en/

ADVA ships disaggregated cell site gateway for TIP

ADVA announced the commercial readiness of its disaggregated cell site gateway (DCSG) solution at this week's Telecom Infra Project (TIP) Summit.

The integrated white box is powered by ADVA’s Ensemble Activator network operating system (NOS) and has been engineered to TIP’s white box gateway specifications.. ADVA provides installation, commissioning and monitoring services for rapid network deployment.

“This is a landmark moment for mobile networks. Now that MNOs can leverage our DCSG solution as a simple and complete answer for evolving their infrastructure to 5G, the shackles are off. We’re empowering them to roll out widespread small cell networks in a way that’s simple, affordable and future-proof. Our technology and complete service bundle make the transition easy so that MNOs are free to focus instead on the business opportunities that 5G offers,” said Eli Angel, VP, product line management, Ethernet access, ADVA. “This TIP demo also highlights the value of openness and disaggregation in mobile networks. By enabling software to be separated from hardware, we’re giving operators the freedom to select the ideal technology combination for their needs and harness the latest and greatest innovation.”

Rakuten Mobile joins TIP

Rakuten Mobile, Japan’s newest mobile operator, has joined the Telecom Infra Project (TIP) community and will contribute their 4G and 5G expertise and reference designs for disaggregated solutions to the TIP ecosystem.

Initially, Rakuten Mobile, the world’s first end-to-end fully virtualized, cloud-native mobile network, will participate in the OpenRAN and OpenRAN 5G NR project groups to drive innovation for the TIP community. These initiatives are designed to support the rapid development and deployment of far more efficient and cost-effective 4G and 5G mobile network infrastructure.

“We are pleased to welcome Rakuten Mobile to the TIP community, which is significantly expanding the scope and value of disaggregation to the industry,” said Attilio Zani, Executive Director, Telecom Infra Project. “We look forward to collaborating on 4G and 5G market-ready solutions with Rakuten to make telecom networks far more open and efficient.”

Tuesday, November 12, 2019

Siklu debuts Terragraph Gigabit Wireless Access

Siklu, which specializes in fixed 5G millimeter wave (mmWave) technology, introduced Terragraph-compliant wireless access products at Facebook's TIP Summit ‘19, which is underway this week in Amsterdam.

Terragraph is a gigabit wireless technology designed by Facebook.

Siklu expects to be in initial field trials in Q1 and commercial deployments in by mid-year 2020.

“We are excited about bringing to the TG ecosystem our wealth of experience in building and deploying large-scale mmWave networks,” said Ronen Ben-Hamou, CEO of Siklu. “This announcement represents a substantial acceleration of the introduction of our TG, 60GHz Fixed 5G systems and brings Gigabit-speed connectivity to data-impoverished communities across the globe.”

Siklu’s Terragraph product line represents the company’s third-generation of 60GHz multipoint solutions. The company says it has sold more than 80,000 mmWave units to date.

Monday, November 11, 2019

Telefónica leads first TIP Disaggregated Cell Site Gateway deployment

Telefónica is undertaking the first large-scale commercial deployment of Disaggregated Cell Site Gateways (DCSG) technology developed by Telecom Infra Project (TIP). Infinera, and Edgecore Networks are suppliers for the project.

Initially part of a recently announced nationwide open mobile transport deployment by Telefónica in Germany, the DCSG solution is a white-box cell site gateway device based on an open and disaggregated architecture for existing 3G, 4G, and future 5G mobile infrastructures.

“We are excited to mark the industry’s first adoption of DCSG technology in a large-scale live deployment,” said Víctor López, Network Architect at Telefónica and co-chair of the Open Optical Packet Transport group at TIP. “Active collaboration between leading global service providers and systems suppliers in TIP’s open community has been critical to advancing carrier-class DCSG implementations that are beginning to deliver real-world value.”

“Telefónica is committed to an open networking strategy as a lever for our network transformation,” said Javier Gavilán, Director of Core, Network Platforms and Transport and IT at Global CTIO, Telefónica.

The installation leverages the Infinera DRX-30 and Edgecore AS7315-27X-DCSG hardware platforms.

Infinera said its Converged Network Operating System (CNOS), when combined with Infinera or Edgecore Networks’ hardware, provides mobile operators with mature IP/MPLS functionality for their cell site gateways. Additionally, the combined CNOS and carrier-class hardware provide a unique stacking capability that delivers simple node expansion and increased resiliency. Multiple gateway elements can be connected to double node capacity while operating as a single routing entity.

“We are committed to meeting the demanding requirements of network operators as they evolve their networks to address the challenge of a timely and cost-efficient introduction of 5G services,” said Mikko Hannula, Vice President, Engineering & Product Management at Infinera. “Through rigorous testing and design, we are pleased to collaborate with Edgecore Networks to pioneer and deploy solutions to TIP’s DCSG specifications and to mark this milestone for open networking with the first volume commercial deployment of the technology now underway.”

TIP Summit: Edgecore developing Odyssey-DCSG, the Cell Site Gateway


Edgecore Networks announced plans for Odyssey-DCSG, an open networking cell site gateway that conforms to the Disaggregated Cell Site Gateway (DCSG) specification developed by Vodafone, Telefonica, Orange, and TIM Brazil within the Telecom Infra Project (TIP). Edgecore said it will contribute the complete hardware design of the cell site gateway to TIP, and will make the Odyssey-DCSG product generally available in Q3 2019. The Edgecore Odyssey-DCSG...

Infinera intros TIP-compliant Disaggregated Cell Site Gateway


Infinera introduced a Disaggregated Cell Site Gateways (DCSG) that conforms to the Telecom Infra Project (TIP) DCSG specification, which was developed by the Open Optical & Packet Transport (OOPT) Project Group within TIP in collaboration with Tier 1 global mobile operators, including Vodafone, Telefonica, TIM Brasil, BT and Orange. The new gateway can be used for the backhaul of cell site traffic and is based on an open and disaggregated...


Sunday, September 29, 2019

Edgecore contributes Cell Site Gateways work to OCP and TIP

Edgecore Networks announced a series of cross-contributions of Cell Site Gateways across the Telecom Infra Project (TIP) and the Open Compute Project (OCP) communities.

The AS7316-26XB cell site gateway design and specification, that was contributed to OCP in October 2018, has now been contributed to TIP’s Open Optical & Packet Transport project group. The AS7315-27X-DCSG cell site gateway specification, which was developed as part of TIP’s Disaggregated Cell Site Gateways (DCSG) initiative and contributed to TIP, is now also being contributed to the OCP community. This family of contributed designs will accelerate service provider adoption of open networking options to meet the increasing bandwidth and service demand in the upcoming 5G rollouts.

The AS7316-26XB and AS7315-27X-DCSG are temperature hardened and optimized for deployment in outside plant enclosures and support base stations with full IEEE 1588 timing and GPS functions, provide backhaul uplinks at 25G or 100G Ethernet, and airflow and stacking port options. The gateways incorporate Broadcom® StrataDNX™ switch silicon, deep packet buffer memory, and offer Intel® Xeon® and Atom® Processor options. Both models support both commercial and open source network operating system options.

Edgecore said the contributed products enable service providers to deploy 4G and 5G services with the economics of disaggregated open network technology.

“With the latest cell site gateway contributions, Edgecore continues to expand our leadership position in both the OCP and TIP communities, building upon previous contributions of open network leaf/spine switches, disaggregated OLTs, and optical transport systems. We fully support the recent announcement of further collaboration between TIP and OCP and the path for solutions within their communities to be made readily available across both organizations. This collaboration will ultimately provide operators with more choice and flexibility,” said George Tchaparian, President and CEO of Edgecore.

“TIP is creating a new approach to building and deploying telecom network infrastructure, and we thank Edgecore Networks’ for their continuous contributions to TIP, including the Cassini open packet transponder, and now the family of disaggregated cell site gateways. These open innovative new designs will provide flexibility and choice to network operators," said Attilio Zani, Executive Director, TIP Foundation.

ONF partners with Edgecore on SEBA,ODTN and Trellis projects

ONF reached an agreement with Edgecore Networks to dedicate significant engineering resources to accelerate and ensure the success of the ONF projects SEBA, ODTN and Trellis.

Specifically, ONF and Edgecore have jointly created the new Onsite Immersion Engineering program (ONF-OIE) to embed engineers within the ONF lab team. Edgecore engineers will work closely with the ONF and its community of developers to help mature the functionality, robustness, scalability, and reliability of these platforms so they are ready for production deployments. Edgecore is the first ONF Partner Member to be making use of the new ONF-OIE program, building a dedicated team of engineers to work at ONF’s facilities under ONF’s direction.

“Edgecore Networks and the ONF are now harnessing a significant opportunity with operators that have fully embraced open source to power their edge networks,” said George Tchaparian, president and CEO for Edgecore. “Edgecore Networks is committed to the vision of open platforms, and is ensuring that a SEBA, VOLTHA and Trellis run seamlessly on our Edgecore hardware.”

“We are very pleased to strengthen our collaboration with Edgecore Networks with the launch of the ONF-OIE program, especially as our exemplar platforms based on open source and white box hardware are gaining significant traction worldwide,” said Guru Parulkar, executive director for the ONF.  “This group of developers will play an important role maturing SEBA, VOLTHA and Trellisand readying these platforms for production; first on Edgecore Networks hardware, followed by others, and with deployment by operators around the globe.

https://www.opennetworking.org/news-and-events/press-releases/onf-and-edgecore-networks-enter-key-agreement-to-invest-in-success-of-open-source-deployments/

Thursday, March 28, 2019

ONF and TIP collaborating on Open Optical Transport

The ONF and the Telecom Infra Project (TIP) agreed to collaborate on optical transport solutions that increase openness, SDN programmability, and disaggregation.

The collaboration combines the ONF's Open Disaggregated Transport Network (ODTN) project and TIP’s­­­ Open Optical & Packet Transport(OOPT) group. Both groups are leveraging open software and hardware, common APIs and community collaboration.

The groups said their existing work as highly synergistic, as the ONF (ODTN) has pursued a software-centric approach while TIP (OOPT) has pursued an open hardware agenda. 

ONF (ODTN) will continue to focus on the control plane with the development of an Open Source SDN controller (ONOS) and standardization of open APIs such as Transport API (TAPI). ONF has also developed the definition of the end-to-end Data Center interconnect (DCI) use-case according to ONF’s service provider needs through its ODTN Reference Design process.

In parallel, TIP (OOPT) members have introduced two white box transponder systems, Voyager and Cassini, based on open designs.  They have also developed TAI, the Transponder Abstraction Interface, and the GNPy open source optical planning tool.



https://www.opennetworking.org/odtn
https://oopt.telecominfraproject.com

Tuesday, October 16, 2018

TIP Summit: Progress Report

At the third annual the Telecom Infra Project (TIP) Summit underway this week in London, Deutsche Telekom, Telefónica and Vodafone announced a request for information (RFI) to investigate how they can adopt TIP technologies, which are supported by a growing ecosystem of vendors and manufacturers.

The five TIP Project Groups — mmWave Networks, Open Optical Packet Transport, OpenCellular, OpenRAN and vRAN Fronthaul — are presenting their progress in bringing their technologies to market.

Axel Clauberg, TIP Chairman and Vice President, Technology Innovation, Deutsche Telekom AG, posted the following highlights:

Radio Access Networks (RANs)

OpenRAN RFI: Vodafone and Telefonica have contributed a joint specification to the OpenRAN Project Group and are now announcing the vendors they’ve selected as the leading candidates to produce interoperable RAN solutions: Altiostar, Mavenir, and Parallel Wireless. Next stages involve deployments in the field, with trials of OpenRAN platforms with Facebook alongside Vodafone in Turkey and Telefónica in Latin America.

vRAN Fronthaul Trials: The vRAN Fronthaul project group is now actively driven by more than 10 operators, including Vodafone, CableLabs, BT, Telecom Italia (TIM), Orange, Bharti Airtel and Reliance Jio. The lead operators, CableLabs, BT, TIM and Airtel are all testing a range of vRAN solutions in our TIP Community Labs, including G.Fast (BT), ethernet (TIM) microwave (Airtel) and DOCSIS (CableLabs).

Crowdcell Project Group RFI: In August, Vodafone and Telefónica released a second set of RFIs, this time for CrowdCell technology to boost indoor 4G coverage. Today, they released the results of their RFI processes, selecting Lime Microsystems and Alpha Networks for providing an e2e Crowdcell platform. Through these RFIs the operators have created a consolidated view on the state of the open ecosystem for Crowdcell platforms, including key vendors, integrators, and innovators.

OpenCellularTrials: In addition to ongoing OpenCellular trials, the OpenCellular project group announced that the TIP Community Lab is using software from TIP members Nokia and Accelleran. Accelleran is combining the OpenCellular standard platform with its Carrier Grade LTE software and support services, integrating with Nokia’s Kuha Community Management system. The resulting solution will be incorporated into the UK’s 5G RuralFirst initiative and move from lab test to field trial deployment.

Other areas

mmWave RFI and Trials: numerous members are piloting mmWave technologies in global trials and sub-groups focused on solving deployment challenges associated with mmWave frequencies. Deutsche Telekom, co-chair of the project group, intends to publish an RFI for 60 GHz Fixed Wireless technology to provide gigabit connectivity. In addition, Deutsche Telekom subsidiary Magyar Telekom contributed a case study about its trial deployment using Facebook’s mmWave technology, Terragraph. The case study highlights some of the results and key learnings coming out of the trial.

Open Optical Packet Transport: Voyager, an industry-first open and disaggregated transport device has just become generally available from ADVA Optical. The success of the collaboration model served as a base for a new sub-group: Disaggregated Cell Site Gateways, where four tier-1 operators – Vodafone, Telefónica, Orange, and TIM Brazil – have worked together to define their technical needs for 5G cell site routers, and with the initial two partners, ADVA Optical and Edgecore Networks, announcing their commitment to produce “Odyssey-DCSG”, the first implementation of technology that meets those needs.

End-to-End Network Slicing White Paper and Trials: The End-to-End Network Slicing Project Group is sharing a white paper “Creating a Network Slicing Ecosystem through TIP” defining various applications for network slicing in 4G and 5G networks. The Project Group, led by BT and HPE, is currently testing and evaluating 4G proof of concepts with a roadmap to extend these efforts to 5G use cases.

Edge Computing Trials: The Edge Computing Project Group entered into two new trials in the BT Community Lab testing two edge computing use cases: mission critical drone control and high bandwidth content caching. The Project Group is also continuing the Telefonica lab trials with the goal of sharing learnings by the end of the year.

Welcoming Edge Application Developers Project Group to TIP: This group, led by Deutsche Telekom and Intel, will focus on developing public APIs and software tools that make it easy for developers to build the next generation of mobile applications on operators edge infrastructure.

Full blog posting:
https://telecominfraproject.com/accelerating-the-future-of-telecom-tech/

TIP Summit: a Transponder Abstraction Interface for Voyager

At the Telecom Infra Project (TIP) Summit in London, Cumulus Networks announced a Transponder Abstraction Interface (TAI) that defines an API for providing a vendor-independent way to control transponders from various vendors and implementations in a uniform manner.

Cumulus said TAI removes the friction for Network OS vendors to support new hardware while allowing chip vendors to take their solutions to market more easily with existing network software that can support them out of the box.

Cumulus Networks wrote the initial reference device driver and open sourced it through the Telecom Infra Project GitHub repository. The company said that since announcing its intent to make Cumulus Linux available on Voyager at last year’s Telecom Infra Project Summit, it has conducted trials of Voyager with Vodafone, NYSERNet, Internet2, GRnet and CESNET. The launch of TAI furthers Cumulus’ goal of bringing open, optical networking solutions to the industry at large.

“Over the last year, we have increased our efforts to bring innovative solutions to TIP and Voyager so that customers can face the challenges of running efficient, packet optical networks at scale,” said JR Rivers, CTO of Cumulus Networks. “We are thrilled to introduce TAI to customers today and we look forward to continuing our efforts with TIP, Facebook, ADVA and others to bring more solutions like this to market.”

“We are excited to see how multiple partners are working together to solve the integration challenge. This is an important step towards making disaggregated solutions evolve faster, and we’re pleased to see how Cumulus has been one of the leaders of the initiative,” said Luis MartinGarcia, Network Technologies Manager, Facebook.

“One of the reasons that there’s such a buzz around our Voyager packet optical solution is Cumulus. Their software is a clear differentiator and it really injects the whole product offering with tremendous ease of use,” said Niall Robinson, VP of Global Business Development at ADVA. “With their new TAI, they’re continuing to push the boundaries of openness and disaggregation into the Voyager project and remove friction from the entire ecosystem.”

TIP Summit: Edgecore developing Odyssey-DCSG, the Cell Site Gateway

Edgecore Networks announced plans for Odyssey-DCSG, an open networking cell site gateway that conforms to the Disaggregated Cell Site Gateway (DCSG) specification developed by Vodafone, Telefonica, Orange, and TIM Brazil within the Telecom Infra Project (TIP).

Edgecore said it will contribute the complete hardware design of the cell site gateway to TIP, and will make the Odyssey-DCSG product generally available in Q3 2019.

The Edgecore Odyssey-DCSG gateway will enable service providers to deploy 4G and 5G wireless services with the economies of disaggregated open network technology.

“The next generation of mobile networks need disaggregated open infrastructures that offer choice, innovation, and cost efficiencies,” said Luis MartinGarcia, Co-Lead, Disaggregated Cell Site Gateways project group, TIP, and Network Technologies Manager, Facebook. “Leading network operators have worked with the DCSG group to define the specific requirements for cell site gateways to enable this infrastructure. We are pleased with Edgecore’s contributions to that work, and their commitment to develop and deliver the DCSG gateway to the market as a fully open network product.”

http://www.edge-core.com

ADVA commits to TIP's disaggregated cell site gateway

ADVA announced its commitment to developing a complete commercial solution to support the Telecom Infra Project's (TIP) Disaggregated Cell Site Gateway (DCSG) group.

ADVA said its solution will comprise a fully tested and integrated white box gateway device and a comprehensive bundle of installation, commissioning and monitoring services. ADVA will be working closely with partners, including Edgecore, to develop the cell site gateway device.  Commercial availability is targetted for the second half of 2019. 

“What we're announcing today will give mobile network operators a simple and complete solution to a key problem with their 5G rollouts: How do they cost-effectively deploy hundreds of thousands of cell site gateways to meet 5G traffic demands?” said Niall Robinson, VP, global business development, ADVA. “We're helping to steer the DCSG group forward and rapidly bring a solution to market that answers a very real problem for operators across the globe. What stands us apart here is our previous success in the TIP environment. We know what it takes to push an idea from concept to reality and it’s something we’ll do again here.”

“What we're developing with the team at ADVA has the potential to dramatically change the whole nature of cell site gateways,” said Luis MartinGarcia, co-chair, DCSG project group, TIP, and manager, network technologies, Facebook. “By moving away from a closed proprietary system to an open, disaggregated and vendor-neutral infrastructure, mobile network operators have a genuine opportunity to increase network efficiencies.”

“With ever increasing bandwidth demands and the upcoming rollout of 5G services, mobile networks are perfectly suited for the deployment of high-volume, disaggregated and open network elements, which have been proven to lower costs and increase service flexibility in our customers’ telecom and data center networks,” said Mark Basham, VP, business development, EMEA, Edgecore Networks.

Sunday, August 19, 2018

BT backs Telecom Infra Project's start-up accelerator programme

For the second year in a row, BT will host a start-up competition at the TIP Ecosystem Acceleration Centre (TEAC) at the BT Innovation Labs in Martlesham, Suffolk and in London’s Tech City.

The competition seeks start-ups in the Intent-Based Networking and Mobile fields.  Entries will be judged by a panel of senior network and technology leaders from BT, Facebook, and TIP.Shortlisted companies will be invited to a final pitch event at BT Tower on Friday 12th October, where the winners will be chosen.

Last year's winners included Unmanned Life, Zeetta Networks and KETS Quantum Security.

Howard Watson, CTIO of BT, and a member of the TIP Board, said: “TIP was created to help tackle some of the big challenges in Telecoms, boosting global connectivity by supporting big ideas. We’re particularly interested in start-ups with innovative ideas on how to deploy mobile networks cost-effectively in rural areas, as we look ahead to the roll-out of 5G services.

The Telecom Infra Project is a global community that includes more than 500 member companies, including operators, infrastructure providers, system integrators, and other technology companies working together to transform the traditional approach to building and deploying telecom network infrastructure.

Interested companies should apply by 24th September 2018 via the TEAC UK website: https://www.btplc.com/Innovation/TEAC/index.htm

Wednesday, November 8, 2017

Edgecore contributes its whitebox “Cassini” Packet Transponder to TIP

Edgecore Networks is contributing the hardware design for the “Cassini” packet transponder to the Telecom Infra Project (TIP). 

Cassini is a modular open-source whitebox packet transponder offering a flexible mix of 100 Gigabit Ethernet (GbE) packet switching ports and 100/200 Gbps coherent optical interfaces for data center interconnect and service provider backhaul use cases. The design will support disaggregated software options including IP Infusion OcNOS™ and open source alternatives.

Edgecore said it developed Cassini with leading optical companies— NTT Electronics, Acacia Communications, and Finisar.

“The Open Optical Packet Transport project group in TIP pioneered the whitebox packet transponder concept with its introduction last year of the Voyager design which has gained significant interest in the community and from network operators,” said George Tchaparian, CEO, Edgecore Networks. “We have long supported open whitebox hardware with our many switch, PON OLT, and WiFi design contributions to the Open Compute Project®, and are now pleased to contribute the Cassini design to TIP as an open platform to provide more flexible whitebox choices to operators and encourage further collaboration between the packet switching and optical technology worlds.”

Highlights of the Cassini packet transponder

  • a 1.5RU form factor 
  • system throughput of 3.2Tbps 
  • based on Broadcom StrataXGS Tomahawk Plus switch silicon
  • 16 fixed 100 Gigabit Ethernet QSFP28 ports, plus eight line card slots 
  • supports a flexible mix of additional 100GbE ports or ACO/DCO optical ports based on coherent DSP and optical transceivers
  • supports Ethernet and optical line cards with MACsec security to enable secure encrypted connections on both client-side links and metro or wide area connections.

Cumulus supports TIP's Voyager Open Optical Routing Platform

Cumulus Networks is working to make its Linux implementation available on Voyager, the open transponder and routing platform of the Telecom Infra Project (TIP).

Voyager is an Open Packet DWDM system that disaggregates hardware from software and that can fulfill multiple use cases in metro and long-haul fiber optic transport networks. Facebook contributed Voyager to TIP to address operator needs for scalable, cost-effective backhaul infrastructure.

Voyager with Cumulus Linux is expected to be generally available for production use in early 2018 through partner ADVA Optical Networking.

The collaboration on the Voyager platform marks Cumulus Networks’ expansion beyond the data center networking market and into the Data Center Interconnect (DCI) market. More than 800 customers, including over a third of the Fortune 50, use Cumulus Networks technology to enable web-scale networking in their data centers. The combination of Cumulus Linux and Voyager extends the benefits of the Linux networking model – including increased operational efficiency and lower costs – to optical networks. Through Cumulus Linux, IP + optical networks reap the benefits of an open and flexible full-featured protocol stack that offers reliability, automation, programmability, telemetry based capabilities, and VXLAN support.

“Opening up closed, black-box systems enables innovation at every level, so that customers can meet the challenges facing their networks faster and more efficiently,” said Josh Leslie, CEO of Cumulus Networks. “We’re excited to work with the TIP community to bring open systems to networks beyond the data center.”

“Open approaches are key to achieving TIP’s mission of disaggregating the traditional network deployment approach,” said Hans-Juergen Schmidtke, Co-Chair of the TIP Open Optical Packet Transport project group. “Our collaboration with Cumulus Networks to enable Cumulus Linux on Voyager is an important contribution that will help accelerate the ecosystem’s adoption of Voyager.”

ADVA tests TIP Voyager in Colombia with InterNexa

ADVA Optical Networking and InterNexa performed a successful field trial of Telecom Infra Project’s Voyager open optical transponder over a 1,400 km optical fiber ring connecting the cities of Bogotá and Medellin.  The test delivered 200 Gbps on a single optical port.

The trial used an open “white box” architecture that disaggregates the hardware and software. Voyager integrates in a single rack unit (1RU) chassis IP packet technologies, switching and DWDM transponders. ADVA integrated the Voyager hardware and software components.

"We have found the Voyager Transponders very attractive for both their capacity on the DWDM line side for 100G/200Gbps speeds, and for the support of Layer 2 and Layer 3 protocols and features,” said Gabriel J. Vivares Arias, Product Development Specialist at InterNexa’s Product Management. “So we worked with ADVA Optical Networking to design a trial in our network, over our DWDM system that interconnects the main cities of Colombia -- Bogotá, Medellin and Cali -- in order to run tests on an optical fiber network with a ring topology approximately 1,400 km long, based on a 50GHz ROADM architecture designed to support 40 x 100G channels, with optical links up to 130 km on the direct route Medellin - Bogotá (370 km in total) and at least 3 links with 180 km on average on the route through Cali, Medellin - Cali - Bogotá (1,040 km in total)."

Wednesday, April 26, 2017

Orange Teams with Facebook on Start-up Accelerator

Global telco Orange announced that, as a member of the Telecom Infra Project (TIP) and together with Facebook, it is launching the Orange Fab France Telecom Track accelerator, designed to support start-ups focused on network infrastructure development.

Through the initiative, selected start-ups will be mentored by Orange and provided with access to its global resources, as well as support from TIP Ecosystem Accelerator Centres (TEAC) and Facebook.

As part of the initiative, Orange is working with TIP and Facebook to identify and support start-ups focused on network infrastructure technology with the launch of the new Telecom Track as part of its Orange Fab accelerator program in France. The partnership will aim to identify the best innovations and talent within the sector and provide start-ups with support and guidance from experts at Orange, TIP and Facebook, as well as facilitate collaboration and investment opportunities.

The project will be managed through Orange Fab France, Orange's established accelerator program for start-ups located at the Orange Gardens campus in Paris that is dedicated to R&D. The program also has the support of Orange Digital Ventures. By engaging with experts from Orange and its partners, start-ups will be provided with support in tackling network-related issues such as network management and access technologies.

Start-ups selected for the program will receive the benefits offered as part of the existing Orange Fab program, including the opportunity to participate in dedicated workshops, mentoring sessions with specialists and an optional Euro 15,000 in funding. They will also be provided with work space at the Orange Gardens, where the company's R&D teams are based. Start-ups will also have access to experts from the TIP community, TEAC and Facebook.

Orange has launched a call for projects to French start-ups that runs until May 14th; following evaluation of submissions, start-ups will be selected to join the acceleration program and can present at a launch event planned for June that will attended by Orange, TIP and Facebook executives, as well as partners and venture capitalists.

See also