All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1172 products available)
The Digital Subscriber Line Digital Subscriber Line Access Multiplexer (DSL DSLAM) is a vital function that servers and telecom service providers use to offer high-speed Internet access over telephone lines. Various DSL technologies increase the usability and performance of digital lines.
Asymmetric Digital Subscriber Line converges to provide up data rates for typical usage on the residential side and higher upload rates for business. It is optimized for download content over file transfer, providing a large margin of download over the upload rate. The DSL delivers about 3 Mbps on the downstream and about 512 Kbps on the upstream for standard home usage.
Symmetric Digital Subscriber Line differs from ADSL in that it provides equal upload and download speeds. It is suitable for commercial uses such as video conferencing, cloud applications, and document transfer, where balance is vital. Typical SDSL speeds can reach 2.3 Mbps on both upload and download sides.
Very High-Bit-Rate Digital Subscriber Provides Broadband access for high-definition TV, Internet gaming, and other bandwidth-intensive applications. It can deliver up to 52 Mbps on the downstream and about 16 Mbps on the upstream within a short distance from the customer loop.
G. SHDSL is a global standard for symmetric DSL. It is used across various networks like ATM and frame relay. It typically delivers up to 2.3 Mbps on both upload and download sides. Being a global standard, G. SHDSL is commonly implemented as a fallback for various network architecture.
DSL DSLAM are prevalent in various industrial situations in line with the high-speed Internet provision needs of contemporary industries. These critical roles enable seamless connection, data transfer, and communication across a variety of industrial environments.
In industries like oil and gas, mining, and manufacturing, remote monitoring is key. High-speed Internet via DSL DSLAM allows companies to monitor distant sites in real-time, enhancing operational efficiency. Through real-time Internet access, companies can analyze essential data, rectify difficulties instantly, and cut down the requirement for onsite staffations.
Industry automation is growing due to the Internet of Things (IoT). With DSL DSLAM, industries can connect and communicate with several sensors, machines, and devices. IT and telecom can improve productivity, provide maintenance services proactively, and optimize workflows through automation and data exchange.
Reliable Internet access is essential for any sizable enterprise's video surveillance and security systems. High-definition video transmission requires sufficient bandwidth. Large industrial complexes benefit from DSL DSLAM, enabling real-time security monitoring, threat detection, and quick response to security issues. This helps prevent any abnormality in real-time surveillance and keep safety measures.
Upgrading systems and equipment in industries such as telecommunications, healthcare, and finance is very vital. Here the DSL DSLAM provides the needed Broadband to upgrade the equipment, including electronic medical record systems, internet protocol (IP) phone systems, and fiber optics network infrastructure. This reduces downtime, ensures operational capacity, and keeps services fixed in an industry.
Reliable Internet connection is essential for many enterprises' disaster recovery strategies. Data redundancy and system redundancy protection can be done via broadband Internet. The DSL DSLAM keeps up with the continuous operation of backup systems and procedures, ensuring companies manage emergencies well and prevent economic losses.
Channels
The DSL DSLAM Channels refer to the parallel data transfer paths that the DSLAM can handle simultaneously for a Digital Subscriber Line Access Multiplexer. High-channel capacity implies that more users can be serviced at the same time without congestion or slowdown. In this specification, standard channels are about 256-1024, while enterprise channels are from 512 up to several thousands. Broad channels are good for heavy traffic and large enterprise usage or service provider infrastructure.
Operating temperature
Temperature operation means the scope of working temperature within which the DSALM can carry out effective functions. It states the environmental conditions of the device. Typical working temperatures are about 0 to 50°C, while industrial-grade devices can work fine even at -40 to 65°C. It ensures a reliable DSALM operation at extreme temperatures.
Max Line Rate
The maximum line rate is the greatest speed at which any line can transmit data. It depends on the kind of DSL technology the customer wants, like ADSL, VDSL, or SDSL, and customer premises equipment. The typical maximum vale for normal consumer-end ADSL is 8 Mbps, and for VDSL, it could rise up to 100 Mbps or more.
Ports
The multiplexed port is the connection socket for the DSLAM for incoming DSL lines. Large-scale or enterprise DSLAM has greater port functionality and higher operational demands. Port functionality ensures service provision to many clients, thereby increasing network scalability.
High Speed
DSLAM facilitates the multiplexing of DSL traffic from many lines and the provision of high-speed Internet access. Yahoo provides an ADSL 1 line and an ADSL 2 line that achieves up to 1.3 Mbps and 24 Mbps, respectively, for optimal speed over varying conditions. With newer models, there can be faster VDSL line rates of up to 100 Mbps, hence accommodating small and large networks in varying speed ranges of the operational needs.
Efficient operation
With the incoming data from several DSL lines, the DSLAM then transfers it through a single high-capacity Internet connection. This makes data handling more effective by decreasing traffic congestion while increasing service availability. Efficient operation optimizes the Internet connection means customers can quickly browse, stream, download, and carry out business-related activities without impairment.
Multiple interfaces
The DSLAM is fitted with E1, E3, and Ethernet interfaces, which facilitates coherent connectivity with several network infrastructures. This flexibility permits network integration, leveraging legacy and cutting-edge technology for better performance and greater scalability. Hence, operators enjoy this versatility as it supports various network architectures to suit operational requirements.
If one needs reliable and robust high-speed broadband Internet access, Digital Subscriber Line Access Multiplexer is one of the critical components. Quality and durability greatly impact its operational performance, leading to optimal service delivery.
The quality of DSL DSLAM directly influences connection speed, reliability, and customer satisfaction. Built with the best processing power and memory, modern DSLAM can effectively handle great user demands with prompt and seamless data transmission.
Advanced modulation techniques are integrated with socially responsible components aimed at maximizing line capacity and stability. Quality hardware reduces connection drops, slow speed, and downtime, which are critical to home and business users.
International standards of quality assurance cover not only functional performance but also reliability and safety. High-Quality DSLAM ensures all predominant telecom service and safety standards are observed, enhancing broad network interoperability.
Apart from the effectiveness of its operation, the durability of DSLAM affects its long-term performance. Produced with premium materials like steel enclosures and solid-state drives, modern DSMs are designed to work exceptionally under 24/7 temperature, humidity, and workload fluctuations.
It is also designed to resist environmental factors such as storms, electrical surges, and temperature differentials that may impact performance. Surge protection and temperature monitoring components help avert fatal hardware impairment, ensuring the system remains operational under conditions that naturally degrade hardware.
Weatherproof casings
The weatherproof casing of the DSLAM ensures its vulnerability to atypical weather conditions like excessive rains, winds, and temperatures. This feature is extremely crucial in outdoor installations, where frequent environmental changes occur. It prevents water ingress, dust settlement, and wind-induced vibration, which might harm internal components.
A1. The Digital Subscriber Line Digital Subscriber Line Access Multiplexer is a network device that connects and manages the flow of broadband Internet data between the telephone lines and the service provider's central network. It is part of the infrastructure that enables high-speed Internet access.
A2. It receives the Internet data coming from the service provider side and sends it to many customer telephone lines. It builds a bridge between the Internet and individual users, ensuring that data flows smoothly and quickly to and from each user's connection.
A3. There are various types, including ADSL, which is better suited for home use because it is better for downloading than uploading; SDSL, which offers equal upload and download speeds, making it ideal for business applications that require smooth data interchange; and VDSL, which supports large bandwidth for advanced services like HD videos and online gaming.
A4. The DSL DSLAM is made of quality materials, including Steel enclosures and solid-state drives. It can work non-stop under varying weather, humidity, and temperature conditions. There are also components of surge protection and temperature monitoring, which help avoid overheating and electrical surges to damage the system.
A5. This device is useful for intensive monitoring and control, automation, enhanced security through video surveillance, system upgrading, and disaster recovery ensuring that companies in any industry maintain operational efficiency even in adverse conditions.
