Examples of using Optical engine in English and their translations into Slovak
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Programming
An optical engine adopting new LCD technology.
Fiber optic LENS,which shares the same angle with FA, and multi-mode parallel optical engine.
Performance optical engine laparoscope allows imaging at a magnification of 40 times.
Gigalight successful development of 40GQSFP+ SR4 GEN2 strengthens the leadership in optical engine technology.
The new optical engine will be much more cost-effective in mass requirements.
At least,Gigalight has achieved industry-leading achievements in the packaging technology of semi-hermetic optical engine.
The reliability of the semi-hermetic optical engine must be guaranteed when using the minimal optical design.
Under double 85 test environment and after 336 hours test,the test data of the Gigalight's low cost optical engine is as follows.
By adopting a self-developed optical engine, not only its production efficiency is able to be improved, but also its cost is able to be significantly reduced.
This year, Gigalight had a breakthrough in the process reliability ofCOB and 100G single-mode hybrid optical engine reliability verification.
G QSFP28 SR4 adopts Gigalight original lens and optical engine technology, and integrates duplex 4 way 25Gbps data channel, as well as supports digital diagnosis.
The success of 100G PSM4 optical transceivers with 2km version not only has enriched the client application solutions, but also has marked that Gigalightofficially owns the key technology of single-mode optical engine.
The product adopts Gigalight‘s self-developed optical engine, with the maximum power consumption of 5W under high temperature, and has been tested and operated well in numerous clients.
As for parallel high-speed optical transceiver with higher rate, it requires excellent design and precise layout to realize optic circuit detection on 4-channels or 12-channels array light chip in an extremely limited space,which has been accomplished by Gigalight patented optical engine technology.
Because optical engine is the main cost source of the 100G CWDM4 optical transceiver module, so low cost, high reliability and mass production are the key to the success.
The Gigalight 200G QSFP-DD SR8 module adopts the self-designed lens,assembles two self-developed optical engines, and has 8x 25Gb/s data channel with the same packaging size as QSFP+ form factor.
The new version with minimal optical engine is beyond the traditional design structure and greatly reduces the overall cost by adopting several innovations such as new materials and design.
Simultaneously, we have greatly enhanced the pricecompetitiveness via comprehensive approaches such as self-developed optical engine and IC, introduction of automatic packaging equipment and seeking strategic assistance of suppliers.
With class-leading lens architecture, the optical engine is specifically designed for spectacular 4K image quality, offering the True Zoom function and presenting the best viewing quality with flawless optics.
Based on the market demand of HPC data center, the Gigalight 100G QSFP28 CLR4optical transceiver module uses self-developed optical engine and integrates four uncooled CWDM DFB lasers, photo-detectors, CDR circuit and miniaturized AWG chip.
Having started to develop optical engine technology since 2011, now by virtue of its own endeavor and cooperation with quality suppliers, Gigalight has gained rich experience and unique technology about array LENS development and integrated optical devices coupling capsulation.
Shenzhen, China, August 17, 2015-Gigalight has announced the lanuch of the second generation multimode parallel optical engine that is capable of real-time monitoring on 4-12 channels of TX optical power, and equipped it on the Gigalight 40G QSFP+ SR4 GEN2 optical transceiver.
To further ensure that the company's colored transceiver modules can be applied in 5G environments in the future, Gigalight has spent at least one year to complete the development and implementation of product design standards in industrial temperature environments, and has achieved substantial R&D results in thermal design andsignal integrity and optical engine package development.
This transceiver uses Gigalight original lens and optical engine, integrates 4channels of 25Gbps data channel, classic consumption is 3.2W, and supporting digital diagnosis function on the project except TX power.
K-Optimized Lens for Pure Clarity The class-leading lens architecture's optical engine is specifically designed for spectacular 4K image quality, offering True Zoom function and presenting the best viewing quality with flawless optics.