Showing posts sorted by relevance for query Huawei 100G. Sort by date Show all posts
Showing posts sorted by relevance for query Huawei 100G. Sort by date Show all posts

Wednesday, July 24, 2013

Huawei Announces 100th 100G

Huawei announced its 100th customer deployment for its 100G technology.  The first deployment occurred in June 2011 when Huawei built a pan-European 100G WDM backbone network for KPN International.

In 2012, Huawei rolled out the world's longest 100G network (25,000 kilometers across Asia and Europe) for Rostelecom Russia, as well as the world's first G.653 fiber based 100G network for TIM Brazil, a prelude to a wave of 100G deployments in Latin America. Huawei also deployed Africa's first 100G WDM network for Unitel Angola in the same year.

The 100G market in China kicked off with Huawei's deployment of a 100G WDM network for the China Education and Research Network (CERNET), and is taking off with Huawei and China Mobile's combined initiative to deploy the world's largest 100G OTN backbone network.

http://www.huawei.com

Monday, June 3, 2019

Huawei to sell its stake in subsea business to Hengtong

Huawei Technologies has agreed to sell its 51% stake in Huawei Marine Systems Co Ltd to Hengtong Optic-Electric Co Ltd, a supplier of optical networking products company based in Jiangsu province. The deal was disclosed in a filing by Hengtong to the Shanghai Financial Exchange. Financial terms were not disclosed.  The remaining 49% in Huawei Marine Systems is held by Global Marine.

Hengtong is already a leading supplier of submarine power cables, submarine optical fiber cables, optical fiber composite submarine cables, special underwater cable, transoceanic communication system accessories and high voltage power cables.

http://www.hengtonggroup.com


Nikkei Asian Review: Undersea cables -- Huawei's ace in the hole

Huawei Marine is estimated to be building about 30 subsea cables at the moment, most under 1,000km in length, and is making rapid strides to catch up to market leaders Subcom, Alcatel Submarine Networks and NEC, according to this report by Nikkei Asian Review.

The article discusses Huawei's progress in the subsea sector in light of the U.S. government's blacklisting of Huawei.

https://asia.nikkei.com/Spotlight/Comment/Undersea-cables-Huawei-s-ace-in-the-hole

West Africa Cable System upgraded to 32X100G


The West Africa Cable System (WACS) has been successfully upgraded to 32*100G wavelengths configured on the longest optically amplified single fiber span stretching 11500km from South Africa to Portugal.  WACS has two network operation centers and 15 landing points in 14 countries spanning West Africa and Europe. Huawei Marine, which was the contractor, said the upgrade employed Flex Grid and Optical pass-through technologies, and now represents...

Hengtong supplies 3,000 km of submarine cable for Chile FOA


Hengtong, a supplier of various kinds of wire and cables based in Suzhou, China, delivered 3,000km of submarine optical cable for Chile FOA Project. Hengtong said it has now manufactured and delivered over 10,000km of submarine optical cable for projects overseas. The company is also introducing a number of new products including submarine equipment fitting stations, a stereo intelligent anchor observation system, two-stage composite cables for...

MARS subsea cable brings terabit capacity to Rodrigues Island


The MARS subsea cable has landed on Rodrigues Island, a 108-square-kilometre outer island with a population of 41,000 that forms part of the nation of Mauritius. MARS, which is the first submarine cable system to connect the islands of Mauritius and Rodrigues, was deployed by Huawei Marine on behalf of PCCW Global. The 730km cable uses Huawei's advanced 100G WDM transmission technology for system design capacity of 16 Tbps. Frederick Chui, Senior...

Huawei Marine advances PEACE subsea cable project


The Pakistan East Africa Cable Express (PEACE) Cable project, which will connect Asia, Africa and Europe, has entered into the cable and material manufacturing stage. The PEACE cable system will span 12,000 km and is designed for 200G, 16Tbps per fiber pair connectivity. The ready for service date is targetted for the first quarter of 2020. The project is being developed by PEACE Cable International Network Co., Ltd, a subsidiary of China's HENGTONG...

South Atlantic Inter Link subsea completed from Cameroon to Brazil


Construction of the South Atlantic Inter Link (SAIL) subsea cable between Cameroon and Brazil has been completed. The 6,000 km subsea cable was installed by Huawei Marine Networks. It follows a direct path from Kribi (Cameroon) to Fortaleza (Brazil). The system features a 4 fiber pair configuration supporting 100G wavelengths for a total capacity of 32 Tbps. The SAIL consortium is a joint investment by China Unicom (with its wholly-owned subsidiary,...


Tuesday, September 29, 2009

Huawei Launches its 100G Router + WDM Solution

Huawei rolled out its 100 Gbps core networking solution. Product offerings include 100GE cards (1x100GE and 10x10GE) for routers and a 100G OTU for its WDM platform. These capabilities are provided via Huawei's in-house developed "Solar 2.0" 100G chipsets.


The T100GE cards (1x100GE and 10x10GE) for routers will increase switching capacity of the Huawei NE5000E router cluster system to 200 Tbps. The 100GE cards for routers will increase switching capacity of the NE5000E router cluster system to 200T, allowing operators to meet network capacity expansion requirements. The new router cards will offer wire-speed forwarding capability and guaranteed services at 100G wire-speed.


A 100GE port-based NE5000E router cluster system can be plugged into Huawei's OSN6800/8800 OTN system, which will now support "40/80 wavelengths at 100 Gbps. This will increase transport capacity over a single optical fiber to 8 Tbps.


The WDM 100G OTU, which is compatible with both advanced coding modulation and coherent detection techniques, leverages Huawei' s 100G optical/electrical module and core chips. It provides hybrid transport speeds of 100G and 10G/40G, enabling 40/80-channel 1500 km transport. In addition, 100G OTU helps the overall evolution of the WDM transport network by utilizing advanced, large-capacity OTN switching and ASON technologies.
http://www.huawei.com

Tuesday, December 7, 2010

China Telecom Tests 100G DWDM with Huawei and Corning

China Telecom, Huawei, and Corning completed a 100G WDM ultra long haul transmission test. The test, which set a new record for 100G WDM transmission distance by covering a terrestrial span of over 3000 km, used coherent PM-QPSK (polarization multiplexed quadrature phase-shift keying) technology and Huawei's OSN 8800 platform. The traffic was carried in the C-band with 50 GHz-spacing. It also featured hybrid transmission of 100G/40G.

Another highlight of the test was Corning's SMF-28 ULL ultra-low-loss optical fiber, an ITU-T G.652-compliant optical fiber that has ultra-low attenuation (average attenuation at 1550 nm: 0.168 dB/km) and polarization mode dispersion (PMD), empowering new-generation transmission system to achieve ultra-long span reach and ultra-high speed.

Huawei said China Telecom is looking to 100G WDM ultra-high-speed transmission technology as the successor of its backbone network based on 40G WDM transmission technology. Its OSN 8800 platform offers the ability to smoothly scale to 100G and support hybrid transmission of 100G, 40G and 10G signals.

Zhang Chengliang, deputy general engineer of China Telecom Beijing Research Institute, said, "This 100G WDM test, in collaboration with Huawei and Corning Incorporated, has demonstrated the positive outlook for 100G WDM applications. This test will help China Telecom step up efforts to provide more enriched broadband network services to users in the future."http://www.huawei.com
http://www.corning.com

Monday, January 22, 2018

Will Huawei's rapid growth continue in 2018?

by James E. Carroll

For the past decade, Huawei has been a shining star for the networking and telecoms field. 2015 and 2016 were especially good years as the company’s overall revenue grew 37% and 32%, respectively.
In a New Year’s message to staff, Huawei’s rotating CEO Ken Hu noted that the tepid growth rate slowed considerably, to 15% in 2017.  This is the slowest pace of expansion since 2013. Huawei's final revenue figure for 2017 should be in the range of 600 billion yuan (US$91 billion). Hu cited fluctuations in telco investment cycles, perhaps alluding the strange position that the Chinese telecom sector finds itself now that 4G infrastructure rollouts are mostly completed but 5G has yet to arrive.

Still, Huawei remains strong compared to any of its nearest competitors. For its most recently completed fiscal quarter, Cisco reported a growth rate of -2%.  Nokia reported a 7% year-on-year decrease (4% decrease on a constant currency basis).  Ericsson’s Q3 sales were also down 6% year-over-year (down 3% on a constant currency basis). Even when looking ahead to 2020, Ericsson is forecasting that its sales of radio access network equipment will decline or at best remain flat. At its Ericsson Capital Markets Day in Stockholm in November, the company even gloomily predicted that sales for IT and cloud solutions would likely decline.  Even worse, in late December, Ericsson signed a credit agreement with the Nordic Investment Bank (NIB) for US$220 million and another one with AB Svensk Exportkredit (SEK) for US$150 million, to shore up its balance sheet and help fund its 5G R&D activities.

These discouraging pictures come after several years of weak Service Provider sales for the industry as a whole. Ericsson's revenue crashed 10% YoY in 2016. For instance, IBM's sales in 2016 were down 2%, Microsoft's were down 9%, and Cisco (despite spending several billion dollars on expensive acquisitions every year) struggles to even maintain its current level of sales, although to be fair, profitability has been improving.

Despite the slide in its growth rate, Huawei’s CEO said the overall business remains strong. Unlike any of its network equipment rivals, Huawei also competes in the consumer segment, where the smartphone is king. In 2017, Huawei sold a record 153 million smartphones, giving it approximately 10% of the global market. The flagship Huawei Mate 10, which boasts an in-house 8-core CPU and 12-core GPU based on 10nm technology, is critically regarded as a close competitor to the flagship phones of Apple and Samsung. It is also priced at a significant discount to those brands. It now looks quite possible for Huawei to establish itself as a premier global brand. Remember when Nokia enjoyed such success? Ericsson too was a mobile phone contender in the days before the iPhone. Cisco even made a half-hearted effort to enter the consumer space. Now, all of these companies can only sit back and watch as Huawei uses its growing consumer success to build up its brand.
In the enterprise sector, Huawei is focused on opportunities in cloud, campus networks, data centres, and IoT. Hu said 197 companies in the Fortune Global 500 have selected Huawei as their digital transformation partner.

Hu’s New Year’s greeting did not provide a geographic breakdown of the company’s sales (perhaps we will get that information in a later report), but over the past few years, these have been fairly evenly split between domestic and international sales. In its home market, we can confidently say that Huawei’s position is strong and getting stronger. While the western vendors continue to compete in China via their joint venture companies, the nationalist tendency to “buy local instead of imports” seems to be on the rise.

One example is China Telecom recently completed 100G ROADM backbone network on the middle and lower reaches of the Yangtze River, including the provinces of Jiangsu, Zhejiang,  Hubei, Anhui, Jiangxi, and the municipality of Shanghai.  In the past, this type of contract might have split between several vendors, with perhaps a small share of the pie going to one of the foreign joint venture companies. That was not the outcome here. Huawei was the exclusive network solutions provider for the China Telecom optical backbone project. Remarkably, the completed the upgrade in only five months, which is perhaps indicates a good contracting decision by China Telecom. Since the project is described as an optical mesh backbone that is already carrying over three hundred 100G services from the outset, we can presume that the network will grow by leaps and bounds over the coming decade – the Yangtze River basin is after all one of the most densely populated regions of the planet.  Good luck to any other vendors getting in

In the international market, we only have anecdotal evidence for how Huawei is actually performing. Because Huawei is a privately-held company, only a limited amount of financial data is disclosed to the market. The biggest story in networking is, of course, the rapid rise of the public cloud, especially AWS, Microsoft, Google, Alibaba and handful of others. To our knowledge, Huawei is not a significant supplier to any of the hyperscalers.

Although Huawei has made remarkable inroads with top telecom operators in western Europe, its revenue growth rate is constrained by the flat to declining CAPEX budgets. Until investments in network infrastructure rise again, it will be difficult for any vendor to grow faster than 10 per cent annually.

There are opportunities for Huawei in developing markets, especially those tied into China’s Belt and Road initiative.  For example, Huawei Marine is the lead vendor for a new Pakistan East Africa Cable Express (PEACE) submarine cable that will connect South Asia with East Africa. This project will  offer the shortest fibre route from western China to southern Europe, when combined with terrestrial fibre between Pakistan and China. The project is funded by China Construction Bank.

One problem that has not been solved is the impasse with the U.S. government. Over five years have now passed since the U.S. House of Representatives' Permanent Select Committee on Intelligence issued its report recommending that Huawei and ZTE be blocked as suppliers of critical infrastructure due to security concerns. The United States remains the largest single market. No resolution to this standoff appears to be in sight. More recently, the Australian intelligence service has acted to block Huawei Marine from its role in funding and constructing a high-capacity subsea cable that is to link Sydney to the Solomon Islands. Apparently, security concerns were raised concerning China’s growing presence in the region. Nevertheless, Huawei smartphones are growing in popularity with consumers worldwide, including in the U.S. and Australia.

Tuesday, February 21, 2012

China Education and Research Network Picks Huawei for 100G DWDM

The China Education and Research Network (CERNET) has selected Huawei as the supplier of the 100G WDM network for its Project 211 (phase 3). This phase of Project will cover the entire country with 100G network links, making CERNET the world's largest nationwide academic internet in terms of geographic coverage. Financial terms were not disclosed.


With Huawei’s coherent WDM technology and OTN equipment, the 100G network will cover metropolitan areas, such as Beijing, Shenzhen, Shanghai, and Chongqing. DWDM will carry up to 8 Tbps over a single fiber, offer a transmission distance of 11,400 km with 913km biggest single span without REG (Regenerator).


"Huawei's deployment of the ultra-long-haul network for CERNET is a significant milestone in 100G’s commercialization," said Mr. Cai Changtian, president of Transport Network Product Line, Huawei. "Huawei will continue to make strong contributions to the optical communication industry with consistent innovation and efforts in the optical domain."


Huawei noted that it has deployed over 40 trial and 15 commercial 100G networks to date.
http://www.huawei.com

Wednesday, January 23, 2013

Vodafone and Huawei Test 2 Tbps WDM


Vodafone and Huawei have successfully tested 2 Terabit per second optical transmission over a 3,325km span on Vodafone's live network. The field trial achieved a capacity 20-times higher than current commercially deployed 100 Gbps systems.

Specifically, Huawei reported a test achieving 2 Tbps with transmission distance of 1500 km using a super-channel PDM-16QAM-based high spectral efficiency solution.

A second test achieved a transmission distance of 3325 km using a super-channel Nyquist PDM-QPSK-based ultra-long-haul solution. Both transmissions were on a link with G.652 fibers and erbium-doped fiber amplifiers (EDFAs) without electrical regeneration. The link used in the trial was on Vodafone's backbone network, passing through a few cities in Germany.

"We are at the forefront of global 100G deployments, and have taken the lead in delivering key breakthroughs in technologies beyond 100G. Through collaboration with Vodafone and other leading international operators and customer-centric R&D, Huawei is always ready to build advanced optical networks for customers," said Jack Wang, president of Huawei's transport network product line.

http://www.huawei.com/en/about-huawei/newsroom/press-release/hw-202114-vodafone.htm



  • In July 2012, Huawei announced a prototype WDM platform capable of delivering 2 Tbps per-channel -- a 20–fold increase over the 100G channels available today. Huawei has previously demonstrated 400 Gbps technology at trade shows earlier this year.
  • The 2 Tbps channel rate is achieved by using intelligent digital signal processing and high performance adaptive-SD FEC technologies. Huawei claims that the 2T signals with 300GHz spectral width can transmit over a distance of 1,000 km without electrical regeneration when using G.652 fiber and common EDFAs.
  • The use of 2 Tbps channels expands the prototype WDM system capacity to 56 Tbps when utilizing wavelengths in both the C and L bands.
  • At the time, Huawei said it was also planning to use flex transceiver technology on this prototype WDM platform. This will enable software-defined OTN, allowing a programmable network controller to configure parameters such as the number of subcarriers, subcarrier spacing, modulation codes and FEC modes, thereby achieving flexible adjustments in areas including line rates, transmission distances and transmission capacity. Huawei describes this as programmable "resilient tunnels".

Tuesday, September 25, 2012

Huawei Shows 480 Gbps Router Line Card


Huawei unveiled the industry's first and highest-capacity 480 Gbps router line card, enabling a capacity of 15.4 Tbps for its high-end core router with 48x10GE, 12x40GE, or 4x100GE line-rate forwarding per slot.  Huawei will offer various daughter cards with 10GE/40GE/100GE ports for flexible configuration.
Huawei said the capacity is achieved using its third-generation programmable, custom Solar 3.0 ASICs with Smart Memory and Intelligent Frequency Adjustment (IFA) technologies. The company said it is able to achieve a record-low energy use of 0.71 W/g for the line card.
"The global 100G era is coming, with Internet traffic fast approaching terabyte level. 2012 marks the beginning of large-scale commercial deployment of 100G, with the launch of Huawei's 480G line card expected to accelerate the development of the high-end 100G industry. It will help carriers build sustainable and efficient networks, combat the bandwidth challenges created by cloud application proliferation, and reduce network O&M costs." said Gai Gang, President of Huawei's Carrier IP Product Line.
  • Earlier this month, Huawei announced Software Defined Network (SDN) capabilities on its Service Provider routers. The company said its SDN solution is based on its high-performance, large-capacity hardware platform and fully distributed "VRP" software, which enables a centralized control plane and a software-defined forwarding plane.
    Huawei will support Openflow for decoupling of hardware and software. By abstracting the control layer and the orchestration layer, Huawei said its SDN Enabled router enables carriers to rapidly deploy new services without having to change the forwarding hardware.  Another advantage of SDN, according to Huawei, is that end-to-end path calculation based on routing policies is possible with a centralized controller.  The SDN Enabled router is also expected to simplify IP network management.

Thursday, October 20, 2011

Rostelcom Tests Huawei's 100G from Moscow to Samara

Rostelecom, the leading fixed network operator in Russia, has completed a coherent 100G trail on a 1,033 kilometer stretch of it's live network between the cities of Moscow and Samara using Huawei's platform. This route is one of the busiest in Rostelcom's network.


Huawei's 100G uses ePDM-QPSK (enhanced Polarization Division Multiplexing Quadrature Phase Shift Keying) and is able to perform well in both anti-nonlinearity and ultra-long haul transmission. Huawei said the trial successfully carried hybrid transmissions of 100G and 40G services without the use of an electrical regenerator. http://www.huawei.com

Tuesday, April 19, 2016

Huawei Marine Carries Unrepeatered 100G for 627km

Huawei Marine has demonstrated a 100G ultra-long unrepeatered system achieving a record transmission distance of up to 627km in a laboratory test in Beijing. The system makes use of Huawei’s advanced 100G technology, Enhanced Raman Amplifier and ROPA (remote optical pump amplifier) technology. Huawei’s 100G transmission combines Combining PDM BPSK modulation, ODSP and third-generation soft decision technology.

Ultra-long unrepeatered systems promise easier installation, lower maintenance or overall lower cost.

“Huawei Marine is committed to investing in the development of high-performance technology,” said Zhang Shigui, Vice President of Technology, Huawei Marine. “This breakthrough in unrepeatered system marks another milestone for Huawei Marine and further demonstrates our technical expertise and ability to deliver innovative solutions to address our customer needs”

http://www.huaweimarine.com/

Thursday, June 20, 2013

KPN Implements Huawei's 100G with SD FEC

KPN International is implementing Huawei's second generation soft-decision forward error correction (SD FEC) technology in its pan-European 100G WDM backbone.


SD FEC is an advanced error correction technology for optical transport field.  Huawei said the use of Optical Digital Signal Processing (oDSP) modules, essentially a 400G technology breakthrough, achieves lower-penalty WDM transmission with lower power consumption per bit. Specifically, the second generation SD FEC system empowers a transmission distance of 4000 km, which is 1000 km longer compared to the first generation SD FEC system, resulting in a 30% higher transmission performance.

In addition, KPN and Huawei announced a pan-European 400G field trial. The OTN-based 400G network spans 540 km between Amsterdam and Dusseldorf and vice versa. There is ample margin in the system, confirmed by adding 300km in the end terminal station.

Huawei noted that it has built more than 90 commercial 100G networks for operators worldwide.

KPN first deployed Huawei's optical transport platform in its European network in 2008.

http://www.huawei.com/en/about-huawei/newsroom/press-release/hw-266812-kpn.htm

http://www.kpn-international.com/bp-38-huawei-and-kpn-international-complete-pan-european-400g-field-trial

Saturday, October 31, 2015

Indium Phosphide Lasers Monolithically Grown on 300nm Silicon

Imec and Ghent University demonstrated for the first time the ability to grow indium phosphide lasers monolithically integrated on 300mm silicon substrates in a CMOS pilot line.

The researchers used a production grade metal-organic vapor-phase epitaxial (MOVPE) growth reactor to grow an indium phosphide semiconductor in a pre-patterned oxide template , realizing indium phosphide waveguide arrays across the entire 300mm substrate.

Such laser-powered photonic integrated circuits (PICs) could be used to interface between future logic and memory chips.

http://www2.imec.be/be_en/press/imec-news/ghent-university-nature-si-photonics-indium-phosphide-lasers.html

Australian Researchers Build Quantum Logic Gate in Silicon


Researchers at the University of New South Wales in Australia have built a quantum logic gate in silicon for the first time -- a major step toward quantum computers. “We’ve demonstrated a two-qubit logic gate – the central building block of a quantum computer – and, significantly, done it in silicon. Because we use essentially the same device technology as existing computer chips, we believe it will be much easier to manufacture a full-scale processor...

IBM Charts Post-Silicon Future with Carbon Nanotube


IBM researchers have demonstrated announced a new transistor contact approach that could accelerate the use carbon nanotubes as a replacement for silicon. Previously, IBM shown that carbon nanotube transistors can operate as excellent switches at channel dimensions of less than ten nanometers – less than half the size of today’s leading silicon technology. IBM's new contact approach overcomes the other major hurdle in incorporating carbon nanotubes...

IBM Implements 100G Optical Transceiver in Sub-100nm CMOS


IBM announced another significant advancement with is CMOS integrated nano-photonics technology. The company said its researchers for the first time have tested a fully integrated wavelength multiplexed silicon photonics chip, which will soon enable manufacturing of 100 Gbps optical transceivers. The design implements multiple optical components side-by-side with electrical circuits on a single silicon chip using sub-100nm CMOS technology. “Making...

100G and Beyond - @Huawei Comments at #OFC2015


What changes will we see as network transport evolves to 100G and beyond? Peter Ashwood-Smith, Technical VP of Optical Product Line at Huawei, breaks it down into a discussion of the control layer and the physical interface.  He sees 100G as the "workhorse" of optical transport for the next 3-5 years. We'll see improvements in density and the adoption on pluggable formats in 100G interfaces. Another factor for 100G is silicon photonics. See...

Luxtera Debuts 100G QSFP28 Module and Silicon Photonics Chipset


At this week's #OFC2015 in Los Angeles, Luxtera confirmed commercial availability of its 100G-PSM4 compliant chipset and QSFP optical module. The company said its low cost single mode products  make it well positioned for an industry-shift from copper and legacy multimode fiber to single mode fiber at volume scale. LUX42604 Key Features 100Gb optical transceiver QSFP28 compliant module form-factor Four 4 x 26 Gbps independently operating...



Mellanox Intros Next Gen 100 Gbps Silicon Photonics Transceivers


Mellanox Technologies introduced three new LinkX 100 Gb/s solutions that support the high-density, low-power, QSFP28 connector-based Switch-IB switch platform. The Switch-IB 36-port 100Gb/s InfiniBand switch delivers 7.2Tb/s of aggregate throughput in a 1U, making it the world’s highest performance, ultra-dense end-to-end platform. Mellanox said the robustness and density of standard QSFP connectors and cables enables 100Gb/s networks to be as...

Thursday, October 27, 2011

Huawei Demos Ultra-long Haul 100G in Russia

Huawei has collaborated with Transtelecom, Rostelecom, Vimpelcom, and Megafon in testing and demonstration of a 2000 km ultra-long haul (ULH) 100G coherent WDM (Wavelength Division Multiplexing) system at Huawei's 100G testing center in Russia. Huawei was able to show that its solution could transmit 100 Gbps services in combination with existing 10 Gbit/s and 40 Gbit/s services over a regeneration-free transmission distance of more than 2000 km.


Huawei said its 100G ULH coherent WDM system is now fully mature and ready for deployment.


http://www.huawei.com

Tuesday, June 21, 2011

China Telecom Deploys Huawei's 100 Gbps DWDM

China Telecom has installed an end-to-end 100G WDM system linking the cities of Nanjing and Wuxi in the Jiangsu province. The deployment uses Huawei's optical transport platform.



Huawei noted that its solution enables bandwidth pooling and hybrid 100G and 40G services to be transmitted from Nanjing to Wuxi over hundreds of kilometers without having to use an electrical regenerator. Huawei's 80-channel system with 40 Gbps per channel solution and Tbit-level OptiX OSN 8800 are adopted in this OTN network.



"The successful deployment of this 100G system with our strategic partner China Telecom has launched China into the ultra-broadband era," said Christian Chua, President of Transport, Huawei. "100G is key to satisfying the growing demand for high-bandwidth services and enabling rapid telecommunications development to continue in China and around the world. We look forward to working with our global partners to continue providing high-quality, cost-effective solutions for the ultra-broadband era."http://www.huawei.com

Monday, April 8, 2013

Huawei Hits 2012 Revenue of US$35 Billion, Up 8% YoY


Huawei reported 2012 annual revenue of CNY220.2 billion (US$35.35 billion), up 8% for year and ahead of its peers.  Net profit for 2012 amounted to CNY15.38 billion (US$2.47 billion).

Guo Pin, Huawei's current CEO, said "the demand for communications is not closely related to economic cycles and is only moderately impacted by the financial crisis." Despite turbulent conditions in many markets, Huawei managed to increase its overall revenue.

Some notes from Huawei's 2012 Annual Report:

  • More than 150,000 employess, including over 70,000 product and solution R&D employees.  The company now has 16 R&D centers around the world.
  • In his opening letter, Ren Zhengfei discusses employee motivation at Huawei and the company's principle of deriving all compensation exclusively from salaries, incentives and bonuses. No income outside Huawei is allowed.
  • Sales from the Chinese market totaled CNY73,579 million, an increase of 12.2% year-on-year.
  • Sales from Europe, the Middle East, and Africa (EMEA), amounted to CNY77,414 million, up 6.1% year-on-year.
  • Sales for the Americas, amounted to CNY31,846 million, an increase of 4.3% year-on-year. The company cited growth in infrastructure networks across Latin America, and  in the consumer business in North America.
  • The Carrier Network BG continued to maintain modest growth, while the Enterprise BG and the Consumer BG began to gather momentum. Of particular note, sales of the Consumer BG grew by more than 30%.
  • In 2012, the sales of Huawei’s middle-range and high-end flagship smartphones, such as the Ascend P1, Ascend D1 Quad, and Honor, soared in developed countries.
  • Sales revenue from wireless network equipment totaled CNY49,837 million in 2012.

  • As of year-end, Huawei had won 139 LTE and 80 EPC commercial contracts, of which 73 LTE and 59 EPC networks had been commercially launched. Huawei LTE/EPC networks had been deployed in 68 capital cities worldwide;
  • Sales revenue from fixed network equipment totaled CNY48,452 million in 2012.
  • Huawei now supplies routers to more than 20 mainstream carriers in Europe.
  • Huawei has been awarded more than  fifty 100G commercial contracts.

  • In 2012, revenue from Global Services amounted to CNY42,913 million.
  • Sales revenue in Huawei’s carrier software and core network business totaled CNY18,891 million in 2012.
  • Huawei has deployed 143 IMS networks, making it one of the leading players in this field.
  • In 2012, Huawei’s enterprise business generated sales of CNY11,530 million, a year-on-year increase of 25.8%.
  • Huawei is paying about US$300 million in patent royalties per year to other companies.
  • Huawei’s R&D expenses totaled CNY30,090 million in 2012, accounting for 13.7% of the company’s annual revenue.
  • KPMG served as independent auditor for the report.

Monday, March 5, 2012

Huawei Shows 400G and Peta-bit Cross-Connect

At this week's OFC/NFOEC 2012 Conference in Los Angeles, Huawei is showcasing ultra long-haul (UHL) 100G optical transport, next gen 400G, and its Petabit Cross-Connect technology.


Some highlights:


100G Coherent Solutions with Hard-Decision Forward Error Correction (HD-FEC) and improved performance Soft-Decision Forward Error Correction (SD-FEC) for high-capacity, Ultra Long-Haul (ULH) applications;
Next-generation 400G technology providing a sneak-peek at what is on the horizon for improving spectral efficiency by unlocking higher bit-rate capacities beyond 100G;


Petabit/s Photonic Cross-Connect (PPXC) technology utilizing a scalable, high-capacity switching architecture for management of 100G+ wavelengths at large add/drop sites of the future.


Following its successful ULH transmission of 100G coherent solutions across 3,000km of Corning SMF-28 ULL optical fiber (an ultra-low-loss ITU-T G.652-compliant optical fiber) in the fall of 2011, Huawei is demonstrating its second-generation 100G solution, a single wavelength, Optical Interoperability Forum (OIF) compliant technology utilizing SD-FEC which improves 100G system reach up to 30 percent.


Huawei is also highlighting its first-generation 400G technology utilizing Orthogonal Frequency Division Multiplexing (OFDM) Polarization Division Multiplexing-16 Quadrature Amplitude Modulation (PDM-16QAM), enabling up to 16 Tbps of capacity at 100 GHz spacing or 21 Tbps of fiber capacity by removing guard bands with flex-grid technology.
http://www.huawei.com

Tuesday, September 25, 2012

Huawei Cites 100G Milestones - 40 Carrier Deployments

Huawei confirmed that its 100G networks are now deployed by more than 40 carriers in over 30 countries around the world.  The company claims a 39% share of the 100G market, according to figures from Ovum.

Two leading deployment examples are Rostelecom's national 100G network across Russia, and a pan-European 100G WDM network for KPN (the Netherlands).

http://www.huawei.com

More 100G news about Huawei is here:
http://convergedigest.blogspot.com/search?q=Huawei+100G&max-results=20&by-date=true

Monday, November 7, 2011

Hibernia and Huawei Test Coherent 100G Across the Atlantic

Hibernia Atlantic, in conjunction with Huawei Marine, successfully completed a test of coherent 100G connectivity between Halifax, Nova Scotia in Canada to Southport, England. The test marks the first 100G trial across the Atlantic.


The companies now plan to move forward with deployments of 100 Gbps connections between Halifax and Montreal and between Amsterdam and London by Q1 2012, followed by other key routes later in the year.


The trial used Huawei's standards compliant 100 Gbps single wavelength coherent technology, which leverages . Digital Signal Processing (DSP) algorithms and Forward Error Correction (FEC) enabling high capacity transport across transatlantic distances. In addition to performing across distances greater than 5,000 km, the trial has successfully demonstrated long-term, error-free transmission at 100Gbps. Additionally, transmission with existing Huawei 40 Gbps wavelengths at 50 GHz spacing was achieved, allowing for a smooth and seamless bandwidth upgrade. Huawei also successfully demonstrated co-propagation of 100 Gbps wavelengths at 50 GHz spacing which enables future upgrades of subsea capacities up to 5 Tbps. http://www.hiberniaatlantic.com/http://www.huawei.com

  • In January 2011, Hibernia Atlantic announced a $250 million financing commitment for its Project Express, a new, low-latency fiber optic cable system connecting the greater New York City area with London. The new build is expected to be complete in the summer of 2012. Hibernia Atlantic has already secured its first new customers on the cable. The new funding came Huawei Marine Networks Co., which is one of the vendors for the project.


  • In December 2008, Huawei Technologies and Global Marine Systems Limited launched a joint venture company to pursue the market for undersea fiber optic cable systems. Huawei Marine Networks is headquartered in Tianjin with R&D institutes and manufacturing bases in Beijing, Shenzhen, and the United Kingdom.

Friday, September 23, 2016

Huawei Marine Achieves 648.5km Unrepeatered 100G Reach

Huawei Marine Networks Co. announced a record transmission distance of up to 648.5 km for an unrepeatered system in a laboratory test in Beijing.

The laboratory test used Huawei’s 100G technology, enhanced raman amplifier (ERPC), remote optical pump amplifier (ROPA) and ultra-low loss optical fiber. The 100G transmission combined PDM BPSK modulation, ODSP and third-generation soft decision technology.

Huawei Marine's previous record, set in April 2016, was a transmission distance of 627km.

“Huawei Marine has achieved another breakthrough in unrepeatered system design which demonstrates our continuous commitment to investing in high-performance technology,” said Zhang Shigui, Vice President of Technology, Huawei Marine. “When used commercially, this technology will broaden the range of unrepeatered system applications and create value for our customers.”

http://www.huaweimarine.com/marine/marine/commonWeb.do?method=showContent&webId=498

Friday, May 18, 2012

Huawei Previews 12.5GHz DWDM

Huawei unveiled a WDM prototype based on a flexible 12.5 GHz wavelength grid , improving upon the current mainstream commercial products that use a 50GHz of 25 GHz fixed spectrum interval. The flexibility of the wavelength spacing lays a foundation for multi-carrier technologies and next-generation bandwidth-flexible optical networks beyond 100G.

Huawei said its WDM prototype developed increases the spectrum utilization for large-capacity WDM systems. The WDM prototype supports 40G, 100G, 400G and 1T hybrid transmissions and is compatible with the 50GHz or 25GHz spectrum interval legacy systems. It provides smooth evolution from 40G and 100G systems to 400G and 1T systems, effectively protecting investment on current networks. Huawei expects next-generation, bandwidth-flexible optical networks will leverage systems capable of automatic adjustment of the modulation mode and line rate based on the transmission distance and service capacity, constantly changing the frequency width utilization. The 12.5GHz granularity enables flexibility in the adjustment of bandwidth, distance, and frequency width, freeing up more of the available spectrum to transmit services.

Jack Wang, president of Huawei Transport Network Product Line, said: "After releasing the world’s first 10 petabit all-optical switch prototype and the 400G DWDM prototype, Huawei has provided a preview of next-generation optical networks by unveiling the highest efficiency spectrum WDM prototype. Huawei is committed to providing innovative solutions in the field of optical networks and to making significant contributions in broadband network construction to further develop next-generation optical transmission technologies."

http://www.huawei.com