Optical Transceiver An optical transceiver, sometimes called a fiber optic transceiver, is an interconnecting component that can transmit and receive data. It consists of two main parts: a transmitter and a receiver. This key component uses fiber optic technology to convert electrical signals into optical signals and vice versa. Optical transceivers are used in most industries and are critical in telecom applications due to their ability to transmit high levels of data over a network. This versatile component can be plugged into or embedded in network equipment. They come in various shapes and sizes. The different types of optical transceivers are defined by the form factor. Optical Transceiver Design The design of an optical transceiver must balance a number of factors. For example, engineers want to reduce the size and weight of the device while maximizing communication between networks. As engineers add more and more features to telecom applications, space becomes a valuable commodity. Their functionality also requires higher data bandwidth and power, which increases the high level of data being transmitted at any given time. Raycom offers spacious solutions, faster transmission speeds and lower data loss. Our optical fibers are made of brushed glass, providing a flexible, lightweight design. Additionally, because optical fibers are non-metallic, they are unaffected by electromagnetic interference and electrical noise in the environment. What is an optical transceiver? An optical transceiver is a small but powerful device that transmits and receives data. In fiber optics, this data is sent as pulses of light through the fiber at very high speeds and over long distances. A transceiver is an important part of a fiber optic network and is used to convert electrical signals to optical signals and optical signals to electrical signals. It can be plugged into or embedded in another device in the data network that can send and receive signals. Optical transceivers come in different shapes and sizes called form factors. Which form factor to use depends on the type of data, speed and distance required. Different rules (called protocols) determine how different types of data are transmitted.
Oukitel was established in 2007. We are a National high tech company with an advanced and experienced R & D team, dedicated production crew and Technical services. Oukitel has marketed in countries all over the world including countries from Europe, Asia, North and South America and have successfully developed over 130 distributors from 60 countries worldwide. We provide a wide range of services. Our OEM and ODM services are not only limited to Mobile telecom products but also vaping and power stations.
Electrical Tower Erection Service
Electrical Tower Erection Service
Electrical Tower Erection Service
Electrical Tower Erection Service
Electrical Tower Erection Service
Electrical Tower Erection Service
The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions. The antenna adopts panel waveguide horn array antenna, having the characteristic of high gain, low height, and high mobility.
Radio frequency signal generator Overview Adopting DDS and PLL technique, with FPGA and SOPC system, TFG3600 Series synthesized signal generator can measure max 1.5GHz frequency, frequency accuracy up to 1ppm. It is indeed a strong assistant in the areas of education, laboratory, telecommunication and metrology. Features * Perfect combination of DDS and PLL techniques * Frequency upper limits to 1.5GHz * Higher level of frequency accuracy,up to 1ppm * Complete AM/FM/FSK/PSK modulation function * Standard communication interface: USB Device, RS-232
Telecommunication radio device with multiple codes and with multiple brands
G/T (dB) For F0 = 2200 MHz: G/T is greater than or equal to 2.60 + 20 times the logarithm base 10 of the ratio of F to F0. For F0 = 8400 MHz: G/T is greater than or equal to 14.3 + 20 times the logarithm base 10 of the ratio of F to F0. EIRP (dBW) (50W SSPA) For F0 = 2025 MHz: EIRP is greater than or equal to 40.8 + 20 times the logarithm base 10 of the ratio of F to F0. For F0 = 7120 MHz: EIRP is greater than or equal to 51.7 + 20 times the logarithm base 10 of the ratio of F to F0. Power consume (W) less than or equal to 720 watts. Weight (Kg) less than or equal to 80.5 kilograms Data rate (QPSK) less than or equal to 25 Mbps Note For KuKaQV band, can be negotiated
G/T (dB): For F0 = 2200 MHz: G/T is greater than or equal to 6.50 + 20 times the logarithm base 10 of the ratio of F to F0. For F0 = 8400 MHz: G/T is greater than or equal to 17.5 + 20 times the logarithm base 10 of the ratio of F to F0. EIRP (dBW) (with 50W SSPA) For F0 = 2025 MHz: EIRP is greater than or equal to 44.9 + 20 times the logarithm base 10 of the ratio of F to F0. For F0 = 7120 MHz: EIRP is greater than or equal to 54.3 + 20 times the logarithm base 10 of the ratio of F to F0. Power Consumption Power consumption is less than or equal to 820 watts. Weight Weight is less than or equal to 98.5 kilograms. Data Rate (QPSK) Data rate using QPSK modulation is less than or equal to 50 Mbps. For Ku, Ka, and QV bands, specifications can be negotiated
Used for telecommunication industry
We are all types of supplies. especially rice, chemical, telco equipment, non telco equipment, solar solutions along with equipment, alternative power solutions, genset, tower (stand alone & guy tower).
Structured Cabling, Fiber Optic Cable, Telecom Racks, Data Center Solution, Coaxial Cables, Fire Rated Cables, Lift Cables, Control Cables, Outdoor Enclosures, Fire Proof Enclosures, Telecommunication, Power and Marine Oil Gas Cables.
Telecommunication product.
Telecom equipment.
Internet lease line, mpls, pri line, sip trunk, digi mate, smart flow, smart office.
B2b sales & services of telecommunication business solutions..
