photon oor Nepalees

photon

/ˈfəʊtɒn/ naamwoord
en
(physics) The quantum of light and other electromagnetic energy, regarded as a discrete particle having zero rest mass, no electric charge, and an indefinitely long lifetime. It is a gauge boson.

Vertalings in die woordeboek Engels - Nepalees

प्रकाशाणु

naamwoord
en
quantum of light
en.wiktionary2016

फोटोन

en
elementary particle, the carrier and quantum of electromagnetism
wikidata

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However, his conclusion would be incomplete because the evidence also indicates that light behaves as a group of particles, known as photons.
अन्तिम पानामा सार्नुहोस्jw2019 jw2019
Photon numbers
नयाँ निमन्त्रणा सिर्जना गर्नुहोस् र जडान डेटा प्रदर्शन गर्नुहोस् । यदि तपाईँ व्यक्तिगत रूपमा कसैलाई निमन्त्रणा गर्न चाहनुहुन्छ भने यो विकल्प प्रयोग गर्नुहोस्, उदाहरणका लागि, फोनमा जडान डेटा दिन ।KDE40.1 KDE40.1
Global Photons
केसका परिवर्तनहरू उपेक्षा गर्नुहोस्KDE40.1 KDE40.1
As a result, many particles with strange-sounding names are written about—positrons, photons, mesons, quarks, and gluons, to name but a few.
मार्गदर्शन रेखाjw2019 jw2019
global photons
बाकसमा राखिएकोNameKDE40.1 KDE40.1
Due to the ideal working environment of constant temperature and humidity in the data center, optical module packaging requirements are relatively low. In the data center optical module market, due to the large demand within 2km, coupled with the strong requirements of low cost, high speed, high density, etc., it is more suitable for a large number of applications of Silicon Photonics.
चयन गरिएका फाइलका लागि ट्याग वा शाखा सिर्जना गर्दछParaCrawl Corpus ParaCrawl Corpus
Gigalight attended this conference, and exhibited the present mainstream products such as 100G QSFP28 PSM4/CWDM4 optical transceivers with the features of low power, low cost and high reliability etc., and exhibiting optical transceivers based on Silicon Photonics technology which can be used in coherent optical transmission systems. In the development of new technology, Gigalight never stays in the production of products that just meet the current market.
ब्यानर अन्त्यParaCrawl Corpus ParaCrawl Corpus
However, the design and process routes of major manufacturers still have great differences, and there are many technical routes. From this perspective, it can also be seen that Silicon Photonics technology is still in the early stage of development, and the solution with the highest cost performance and technical stability has not yet been stand out from the crowd, Silicon Photonics technology still needs a period of precipitation and development, in order to focus on the final winning mainstream technology, and then to play a larger role in the scale effect of CMOS process, cost and yield can be continuously optimized.
बेनामी पहुँच प्रयोग गर्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
During the conference, Gigalight released a series of latest research results, including 200G/400G AOC with PAM4 modulation and 100G QSFP28 CWDM4/PSM4 optical transceivers with double 85 reliability standards, featuring high performance, long life and high stability. In addition, Gigalight also released new products based on Silicon Photonic technology, 100G QSFP28 PSM4 and 100G CFP-DCO coherent optical transceivers, which received high attention and wide recognition from experts.
यहाँ तपाईँ चित्रपटको पृष्ठभूमिमा रङगाउनु भएको रङ सेट गर्नुभयो ।ParaCrawl Corpus ParaCrawl Corpus
It is believed that the establishment of the Taipei office will serve as a bridge and link between Gigalight and its customers in Taiwan and its surrounding areas, and promote the further development of cross-strait optical communications. Ambition and enthusiasm are the auxiliary wings of great cause. Gigalight is determined to become a leader in the field, the company around the 5G, 200G/400G data center and Silicon Photonics technology and other focus, is actively and vigorously laying out the high-speed product line, moving towards the next high-speed era.
अतिरिक्त सूचनाParaCrawl Corpus ParaCrawl Corpus
In addition to the laser, the Silicon Photonics technology can realize the integrated manufacturing of various devices in the optical module, covering most components inside the optical module, but does not include the laser chip. Since silicon is an indirect band gap, the conduction band minimum (conducting band bottom) and the full band maximum are in different positions in k space.
स्तम्भ क्रमबद्धता चयन गर्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
The data center must leap from 200G to 400G. Currently, only pluggable optis based on Silicon Photonics technology can realize the internal interconnection of 400G data center. We all hope that the 400G pluggable optics based on mature EML technology can quickly replace the application of 100G optics. However, the technical difficulties of 400G Silicon Photonics pluggable optics (such as 400G DR4 modules) are very huge. The 400G technical difficulties mentioned here include random noise and signal integrity, as well as heat and EMC brought by the container model of the data center. The next generation of 400G data centers have to consider more complex technical interference. These technical factors exist both in the macro and in the micro. For long-distance data center interconnections, we suspect that 100G PAM4 should be feasible, and at least 100G Single Lambda 10km should be successful.
वान्ता आउने टाउको दुखाईParaCrawl Corpus ParaCrawl Corpus
The waveguide technology is one of the core technologies in the Silicon Photonics technologies, and a large number of passive components (splits, joints waves, ring resonators, etc.) can be implemented on-chip by silicon waveguide technology. However, since the refractive index of silicon is too high, and the waveguide size is small, the spot size in the waveguide is small, and the optical module is finally connected to the optical fiber (in fact, the core layer of the optical fiber), and the mismatch between the silicon waveguide and the optical fiber mode field results in a high insertion loss.
अनुकुल स्थानParaCrawl Corpus ParaCrawl Corpus
He also served as vice president of marketing and other key positions in KOTURA. Besides, he took in charge of the key photon business of data center in Amphenol FCI. Gigalight also announces the new office address of North American branch: Suit 205,16400 Southcenter Parkway, Seattle, WA 98188, USA.
यदि फाइल गन्तब्य फोल्डरमा पहिल्यै अवस्थित छ भने, फाइलनाममा प्रत्यय थपेर प्रयोग गर्न फरक नाम चयन गर्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
Besides Climate, Earth, Environment, further successful key research areas include: Photon and Nanosciences, Manuscript Cultures, Neurosciences, Infection Research / Structural Systems Biology, Particle Physics, Astrophysics and Mathematical Physics, and Health Economics.
यो विकल्पले ग्रेडियन्ट बनावट प्रयोग गरेर बटन र बिभिन्न अन्य विजेट कोर्नेछParaCrawl Corpus ParaCrawl Corpus
The evolution direction of 100G PSM4 network architecture is 200G DR4 or 200G Silicon Photonics DR4, or 400G DR4.
माउस मोड अनुशरण गर्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
For the new technology, the best case will be 100G PAM4 and Silicon Photonics combine to achieve a data center based on on-board optical interconnect. Perhaps, starting with the 400G, the data center can directly enter the on-board era. There is nothing wrong with this. After all, after getting smaller and smaller, it must be the opposite of the object, from the singularity to the open space.
पाठ क्षेत्रमा टाइपिङ गर्दा, तपाईँ सम्भावित जोडासँग प्रस्तुत हुन सक्नुहुन्छ । यो विशेषता दायाँ माउस बटन क्लिक गरेर र पाठ समापन मेनुबाट रूचाइएको मोड चयन गरेर नियन्त्रण गर्न सकिन्छ ।ParaCrawl Corpus ParaCrawl Corpus
Coherent modulation requires dividing the source signal into two channels of the same frequency with a phase difference of 90°, and then separately modulating the two channels of photonic to form interference fringes. After the 50/50 split directional coupler at the receiving end and the intrinsic source, the original signal at the transmitting end can be derived to eliminate noise in the transmission link. The highly integrated waveguide technology of silicon photonic and the phase modulation capability are very suitable for the preparation of coherent modulation devices. However, the coherent optical modules based on DSP processing technology of high-speed digital signal processing technology often encounter large power consumption problems.
प्रदर्शनको नामParaCrawl Corpus ParaCrawl Corpus
At the end of the Gigalight new product launch, Xiao Xiao and Professor Linjie Zhou from Shanghai Jiaotong University jointly unveiled the project of "Research and Development of Key Technologies for 400G Silicon Photonics Chips for Data Centers" for production, education and research. We believe that with the technical support of Shenzhen Science and Technology Commission, the assistance of the university's cutting-edge talents and laboratories, Gigalight will lead the trend of "China Core" on behalf of domestic high-tech enterprises. The 2nd Shenzhen SiP Summit was held during the CIOE2018 period (Sep. 5 - 8).
कोही पनि होइनParaCrawl Corpus ParaCrawl Corpus
The Silicon Photonics technology is to be used for distance within 1km.
तल राख्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
About 100G PAM4, there are only two applications that can be guessed at present: to be used for short-distance interconnections with Silicon Photonics optics; to be used for medium-long distance interconnections (2-10km) with optimized EML lasers.
प्रारम्भ हुँदैछParaCrawl Corpus ParaCrawl Corpus
The Opportunities of Silicon Photonics in the Application of Optical Modules
माफ गर्नुहोस्, होइन!ParaCrawl Corpus ParaCrawl Corpus
Shenzhen, China, September 6, 2018 − The general manager of Gigalight Wuhan R&D Department, Xiao Xiao has led the Gigalight new product release and the report of 400G Silicon Photonics Project on the 2nd Shenzhen SiP Summit held in the Ritz-Carlton, Futian, Shenzhen. Silicon Photonics experts from different countries gathered together to participate in the industry technology event sponsored by Gigalight.
सूची सम्पादन गर्नुहोस्ParaCrawl Corpus ParaCrawl Corpus
The Challenges and Opportunities of Silicon Photonics in the Application of Optical Modules | Gigalight Community
फाइल खोल्न सकेनParaCrawl Corpus ParaCrawl Corpus
OFC is an annual conference sponsored by two IEEE societies: the IEEE Communications Society and the IEEE Photonics Society, as well as the Optical Society. This year’s event brought together 15000 attendees and nearly 700 exhibitors, who showcased the latest products in the growing optical-network infrastructure market, along with SDN solutions.
पुस्तकचिनो फोल्डर मेटाइParaCrawl Corpus ParaCrawl Corpus
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