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Supplier: Amphenol Cables on Demand
Description: 1x, 2x, 4x & 8x rated devices. Each SFP28 transceiver utilizes a high-reliability low-power 850nm VCSEL laser driver for flexible link distances up to 300m when used with OM3 or OM4 fiber. Perhaps the best feature of Amphenol's new 25GBASE-SR SFP28 Short-Range Optical
- Wavelength: 850 nm
- Data Rate: 28 Gbps
- Connector Type: LC
- Cable Type: Multimode
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Supplier: Amphenol Cables on Demand
Description: backwards compatibility with previous-generation QSFP devices including 40-Gigabit Ethernet (40GbE) QSFP+. Each QSFP28 transceiver utilizes a high-reliability low-power 850nm VCSEL laser driver for flexible link distances up to 300m when used with standard off-the-shelf
- Wavelength: 850 nm
- Data Rate: 112 Gbps
- Connector Type: MTP
- Cable Type: Multimode
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Supplier: Hamamatsu Photonics Europe
Description: rate is 1.25 Gbps, and this characteristic is maintained even when communicating between a 360˚ rotating object and stationary object. This product also has a built-in transmitter and receiver. For the transmitter we use a 850 nm VCSEL, and by combining it with a driver IC that can
- Operating Temperature: -40 to 85 C
- Photodiode Type: PIN Photodiode
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Supplier: e-con Systems™ Inc
Description: is equipped with VCSEL (Vertical Cavity Surface Emitting Laser) technology, emitting light at either 940nm or 850nm wavelengths, ensuring it is safe for human eyes. This versatile camera is suitable for both outdoor and indoor applications. It offers far and close-range modes,
- Horizontal Resolution: 640 lines
- Maximum Frame Rate: 30 fps
- Width / Diameter: 1.4960638 inch
- Height: 1.4960638 inch
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Supplier: Amphenol Cables on Demand
Description: & 4x rated devices. Each SFP+ transceiver utilizes a high-reliability low-power 850nm VCSEL laser driver for flexible link distances up to 300m when used with OM3 fiber. Perhaps the best feature of Amphenol's new 10GBASE-SR SFP+ Optical Modules is the fact that they offer
- Wavelength: 850 nm
- Data Rate: 11.3 Gbps
- Connector Type: LC
- Cable Type: Multimode
![Amphenol SF-QXP85B402D-000 QSFP28 100GBASE-SR Short-Range 850nm Multi-Mode Optical Transceiver Module (MTP/MPO Connector) by Amphenol XGIGA [QXP85B402D]](https://partimages.globalspec.com/30/2130/7617130_medium.png "Amphenol SF-QXP85B402D-000 QSFP28 100GBASE-SR Short-Range 850nm Multi-Mode Optical Transceiver Module (MTP/MPO Connector) by Amphenol XGIGA [QXP85B402D]")
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An LTCC optical transceiver for radio-over-fiber
The transmitter shown in Fig. 1 consists of a 10 GHz 850 nm VCSEL and laser driver chips while the receiver has photodiode and linear amplifier chips mounted on it.
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Multiwavelength Approach to Unidentified Gamma-Ray Sources
ThePMTsignalsareamplifiedatthecameraandtransmittedover162mlongoptical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelength).
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Status and First Results of the MAGIC Telescope
The PMT signals are amplified at the camera and transmitted over 162 m long optical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelenght).
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The MAGIC Project: Contributions to ICRC 2005, Pune, India, Part 3:
MAGIC Detector and Analysis Details
The PMT signals are transmitted over 162 m long optical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelength).
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The trigger system of the MAGIC telescope
The signals from the PMTs are amplified inside the camera enclosure and transmitted over 162 m long optical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelength) to reduce the weight and size of standard copper cables and to minimize …
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The Trigger System of the MAGIC Telescope
The signals from the PMTs are amplified inside the camera enclosure and transmitted over 162 m long optical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelength) to reduce the weight and size compared to stan- dard copper cables and …
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Status and First Results of the Magic Telescope
ThePMTsignalsareamplifiedatthecameraandtransmittedover162mlongoptical fibers using Vertical Cavity Emitting Laser Drivers ( VCSELs , 850 nm wavelength).
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An optical centralized shared-bus architecture demonstrator for microprocessor-to-memory interconnects
A transmitter module consists of an 850 – nm VCSEL and a laser driver that accepts differential PECL inputs and pro- vides complementary modulation currents.
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High bit rate polymer optical fiber links: Design and demonstration
A COB transmitter was assembled from a COTS laser driver IC, an 850 nm VCSEL die, and the insert, encapsulated as shown in Figure 5.
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Technology development of a high-density 32-channel 16-Gb/s optical data link for optical interconnection applications for the optoelectronic technology consor...
The main com- ponents of the transmitterand the receiver modules are a GaAs- based vertical cavity surface emitting laser ( VCSEL ) array at 850 nm with its IC driver array chip and an integrated metal- semiconductor-metal(MSM) receiver (photodetectorand signal processing circuits …