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PON Transceiver

Sanopti offers full range of PON transceiver, like GPON ONT SFP, GPON OLT SFP & GPON ONU SFP for your OLT/ONT and ONU devices. 3 years warranty, 100% Test Assured.

PON SFP transceiver meets the the requirements of FTTx network to accelerate the speed or capacity. PON OLT, ONU and ONT SFP module have their respective roles to play in the GPON and EPON networks.

Featured Passive Optical Network

Different types of Passive Optical Network (PON) are suitable for different applications and environments. We provide optical transceivers with different wavelengths and interfaces to meet customer needs.

GPON OLT

The GPON OLT Transceiver module is designed for Gigabit Ethernet Passive Optical Network(GPON)20km transmission. The module incorporates 1490nm continuous-mode transmitter and 1310nm burst-mode receiver. The transmitter section uses a 1490nm DFB laser and an integrated laser driver which is designed to be class-1 eye safe under any single fault. The laser driver includes APC and temperature compensation functions, which are used for keeping the launch optical power and extinction ratio constant over temperature and aging.

EPON OLT

The EPON OLT Transceiver module is is designed for single mode fiber and operates at wavelength of 1310nm. The transmitter module uses a FP laser diode and fully compliant with IEC60825 and CDRH class 1 eye safety. It contains APC functions, a temperature compensation circuit to ensure compliance with IEEE802.3 ah™ - 2004 requirement at operating temperature, data inputs and AC or DC coupling circuit.

XGSPON OLT

The  XGS-PON ONU transceiver is designed for single mode fiber and operates at wavelength of 1270nm. The transceiver module uses a DFB laser diode and fully compliant with IEC60825 and CDRH class 1 eye safety. It contains APC functions, a temperature compensation circuit to ensure compliance with ITU-T G.9807 requirements at operating temperature.

View More Passive Optical Network

Sanopti provides common types of Passive Optical Network (PON) transceivers. We are also open to customized products.

Active Optical Cable transceiver application scenarios

DAC cables are ideal for use in data centers due to their ease of use and reliability. The copper cables provide a high-speed, low-latency connection between server racks and switches, making it easier for network administrators to manage network performance and ensure uptime. DAC cables can also connect switches to routers, providing a high-bandwidth connection ideal for large amounts of data.CHigh-speed data transmission between switches, routers, and servers.

Why choose Sanopti?

In the field of optical module production radiation, we are not just observers, but also pioneers. Our extensive experience and expertise enable us to create state-of-the-art products. Since 2020, Sanopti has achieved remarkable achievements in the field of optical modules and reached milestones one after another.

CONTROL DETAILS AND QUALITY

We treat the details and quality of each product very carefully. We ensure that our products comply with market standards.

 

OFFER REASONABLE PRICE

High quality but with areasonableprice makesour optical transceivers replace for many of international brands.

 

PROVIDE OEM SERVICES

Even if you only order a small amount, we attach great importance to the needs of all our customers and will do our best to meet them.

Leading Optical Transceiver Manufacturer and Supplier in China

Let Sanopti help you meet solution needs. Through automation we can reduce productiorcosts, enhance production speed,andsimultaneously minimize the impact of humanfactors on product quality.

We are committed to establishinalona-termpartnerships by providing customized solutions toour clients, creating value for their businesssuccess.

Frequently Asked Questions

We have compiled the frequently asked questions about our Passive Optical Network  Transceivers. If you have other concerns, feel free to get in touch with our customer support. Our team of experts is always ready to assist.

What Is PON?

●PON is a passive optical network that uses point-to-multipoint (P2MP) topology and optical splitters to send data from a single source to multiple user terminals. In this instance, “passive” refers to the unpowered state of the fiber and splitting/combining components. ●Unlike active optical networks (AON), passive optical networks require power only at the transmit and receive points. Still, the optical transmission has no power requirement once the signal is transmitted across the network, which allows PONs to achieve significant system cost savings.

What’s The Limitations Of PON?

Although the passive optical network provides many benefits, it still has some limitations. Let us quick a look at them. ●Distance: Unlike active optical networks, passive optical networks may have disadvantages despite their many advantages. An active optical network can range up to 120 km, but PON can only be 20 to 40 km. That limit its usage in some application that requires long distance. ●Diagnostic Challenge: The ONT (home equipment) may be unplugged when a technician needs to do a diagnostic. Moreover, a piece of faulty equipment could impair the operation of a portion of the entire PON, affecting several clients. ●Time-consuming: compared with point-to-point (P2P) active networks, passive optical networks require more time on splitters locations designed to provide optimal system. 

What Is The Difference Between PON And GPON?

GPON is one of the specific passive optical networks belonging to PON. The typical data rate is 2.5Gbps.

Different Types Of PON From Sanopti?

●PON technology has evolved since its inception in the 1990s. PON technology has undergone several stages. Next, let us quick a look at those terms:  ●EPON (1.25G down / 1.25G up): Short for Ethernet Passive Optical Network. Proposed by the IEEE 802.3 standard, it is seamlessly compatible with Ethernet network equipment. Traditional EPON can support symmetrical upstream and downstream speeds of up to 1.25 Gbps. ●GPON (2.5G down / 2.5G up): Short for Gigabit Passive Optical Network, It supports a high speed of 2.5 Gbps. Encoding in GPON is done via IP and ATM or the GPON encapsulation method (GEM). ●XG-PON (10G down / 2.5G up): XG-PON is simply a faster variant of GPON. It has the same characteristics as GPON and can share the same fiber. XG-PON has yet to see deployment to date. ●NG-PON2 (10G down / 10G up, 10G down / 2.5G up): NG-PON2 is not simply a greater bandwidth version of GPON but also allows for new characteristics such as wavelength mobility and channel bonding. NG-PON2 works well alongside GPON, XG-PON, and XGS-PON.

What Is The Maximum Speed Of PON?

It depends. Different PON technology supports different speeds. Take an example, GPON supports 2.5Gbps, while the XGS-PON support 10Gbps. At present, the maximum speed is 50Gbps for 50G-PON.

What Are The Characteristics Of Pon Fiber Optical Modules?

●The working temperature is 0°C-70°C or -20°C-70°C; ●1310/1490 burst mode transmitter and continuous mode receiver (ONU); ●1490/1310 continuous mode transmitter and burst mode receiver (OLT); ●The transmission distance can reach 20km; ●The interface type is duplex SC or SC/APC; ● It can avoid electromagnetic interference and thunder and lightning effects of external equipment; ●Reduce the failure rate of lines and external equipment, improve system reliability, and reduce maintenance costs.

Have More Questions?

We are happy to answer any questions you may have about our products andcompany.

How to Buy PON Optical Transceivers - Complete Buyer's Guide

Sanopti Buying Guide brings you – these are our top recommendations for the ultimate question: Which one should I buy? Our picks aren't necessarily the best in every category, but they're the best choices for most people. We also aim to offer alternatives if our main selection doesn't suit you. The Buying Guide will be updated as new products are released and tested, so be sure to check back frequently for new information

When you’re designing or expanding a fiber optics network, there are many things to consider. The networks grow in complication very quickly, and any miscalculation can prove expensive, if not disastrous.

So, if you’re looking for the right transceivers for your network, you have to consider all of the angles.

Category: PON Transceiver

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How Do I Get A Quote For PON Transceiver?

You can get a quote by contacting our customer service department, which is available 24/7. Get the package format, wavelength and SFP module variety you need, just give us your requirements and we'll take care of the rest.

How To Choose The Product You Want?

From Factor

Sanopti offers SFP and SFP+ form factors. Please place your order according to your needs.

Consider Speeds

Speed is a major concern. When it comes to fiber optics, you can get networks that are incredibly fast, but they are not cheap. Likewise, if you are trying to save money, sacrificing speed is one of the easiest ways to lower costs. Here are different speeds for your reference:

·25Gbps

·953G/9.953G Gbps

·244G/2.488G Gbps

From Wavelength

In fiber optics, wavelength is one of the biggest limiting factors. Wavelength will heavily influence a system's speed, coverage, compatible hardware, and other aspects of network design.

Sanopti offers three wavelengths to choose from.

What Should You Pay Attention To When Purchasing PON Transceiver?

1.The optical module device will be encrypted to a certain extent to match with its own device. Inclusive manufacturers need to perform different inclusive matching on the optical module to perfectly solve the matching problem.

2.Service life: The service life of a normal optical module is 5 years, depending on the usage of the optical module in terms of time, if there is a problem in about 1 or 2 years, then it can be roughly judged that the The quality of the module itself has a problem Or a used module.

3.Optical module performance: The performance indicators that affect the optical module mainly include average transmitted optical power, extinction ratio, optical signal center wavelength, overload optical power, receiving sensitivity, and receiving optical power. By detecting whether these values are within the normal range The performance of the optical module can be judged. It can be viewed through DDM information. In addition, it can also be judged by whether the signal of the optical module is stable during transmission, whether there is delay, and whether there is packet loss.

Why Buy Architectural Floodlighting From Sanopti?

Sanopti focuses on the R&D, production and manufacturing of optical transceivers and holds more than 40 patents, demonstrating Sanopti's strength in innovation.

We have more than 18 years of experience in optical transceiver production. And best of all, our team of resident experts are always here to help.

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