TP-Link TL-SF1048 48-Port 10/100Mbps Rackmount Switch in Kenya

The TP-Link TL-SF1048 48-Port Rackmount Switch price in Kenya is KES 16,500 with 2-years warranty. TP-Link TL-SF1048 is an unmanaged 48-port Fast Ethernet rackmount switch that provides 48 individual 10/100Mbps RJ45 connections in a single 1U 19-inch rack-mountable steel chassis, with a non-blocking switching capacity of 9.6 Gbps and a forwarding rate of 7.14 Mpps. All 48 ports support auto-negotiation and auto MDI/MDIX for plug-and-play installation without crossover cables, IEEE 802.3x flow control for traffic management, and TP-Link's energy-efficient technology that automatically adjusts power consumption based on link status and cable length to save up to 50% of power. No configuration or management software is required.

Key Features you should look at:

• Ports: 48x 10/100Mbps RJ45, all with auto-negotiation and auto MDI/MDIX
• Performance: 9.6 Gbps switching capacity, 7.14 Mpps forwarding rate
• Architecture: Non-blocking store-and-forward
• Energy Saving: Up to 50% power reduction automatically
• Form Factor: 19-inch 1U rackmount, steel enclosure

TP-Link TL-SF1048 48-Port Rackmount Switch Full Specifications:

Detailed Features

48 Ports in 1U (Connectivity):

The TL-SF1048 delivers 48 individual Fast Ethernet connections in a single 1U rack unit, which is the most port-dense option available for standard 10/100Mbps connectivity at this price in Kenya. For schools, hospitals, government offices, commercial buildings, hotels, manufacturing facilities, and corporate environments that need to connect a large number of devices including computers, printers, IP phones, access control panels, IP cameras, and point-of-sale terminals to a single network infrastructure, the TL-SF1048 provides the maximum number of connections per rack unit without requiring multiple smaller switches and the additional cabling and management complexity that comes with them. A fully populated server rack can be expanded with 48 network ports using just one single rack unit of space.

Non-Blocking 9.6 Gbps Switching:

The TL-SF1048 uses a non-blocking switching architecture with a total switching capacity of 9.6 Gbps, which is the sum of all 48 ports running at their maximum theoretical speed simultaneously in full duplex. Non-blocking means that no port is ever forced to wait for bandwidth because another port is using it. Every device connected to every port can transmit and receive at its maximum rated speed without congestion caused by the switch itself. This is the correct architecture for environments where all 48 ports are actively in use simultaneously, such as a busy office floor, a school computer lab, or a hotel network, where a blocking switch would create noticeable network slowdowns during peak usage hours. The 7.14 Mpps forwarding rate ensures packets are processed and forwarded fast enough to sustain full wire-speed throughput across all ports.

Store-and-Forward Architecture:

The TL-SF1048 uses store-and-forward switching, which means each incoming packet is received completely and checked for errors before being forwarded to the destination port. Any packet with a CRC error, short frame, or other data integrity problem is discarded before reaching the destination device, ensuring that only clean, valid data is forwarded across the network. This is particularly important in environments with long cable runs, older cabling infrastructure, or mixed cable quality, which are common in Kenyan building networks that may have been cabled at different times and to different standards.

Any Cable, Any Connection, Every Time:

All 48 ports on the TL-SF1048 support automatic MDI/MDIX detection and crossover, which means the switch automatically determines whether to use a standard or crossover cable configuration for each connected device. In practice this means you can use the same straight-through patch cable to connect a computer, another switch, a router, an access point, or any other network device to any port without needing to carry or identify crossover cables. This eliminates one of the most common sources of network installation errors and significantly speeds up cabling in large deployments.

Energy-Efficient Technology:

The TL-SF1048 incorporates TP-Link's energy-efficient switching technology, which dynamically adjusts the power delivered to each port based on two factors: the cable length connecting the device and the link status of the port. Shorter cables require less power to drive the signal, so the switch reduces power consumption accordingly for devices connected with short patch cables. Ports with no connected device or a disconnected cable are also automatically reduced to a low-power idle state, consuming minimal energy while ready to re-establish a connection instantly when a device is plugged in. This adaptive power management can reduce total power consumption by up to 50% compared to a fixed-power switch, lowering electricity costs for the extended operating periods that network switches run in Kenyan offices, schools, and commercial environments.

IEEE 802.3x Flow Control and MAC Address Learning:

IEEE 802.3x flow control is active in Full Duplex mode, allowing the switch to signal connected devices to temporarily pause transmission when its internal buffers are filling up, preventing packet loss during temporary traffic bursts. Backpressure performs the equivalent function in Half Duplex mode. An 8,000-entry MAC address table allows the switch to learn and store the hardware addresses of all connected devices, enabling it to forward traffic directly and efficiently to the correct port rather than broadcasting to all ports, which reduces unnecessary network traffic and improves overall network efficiency.

Plug-and-Play Unmanaged Operation (No Configuration Required):

The TL-SF1048 is fully unmanaged, meaning it requires no configuration, no management software, no IP address assignment, and no web interface login before it is ready to use. Connect power, connect the uplink to your router or core switch, connect devices to the remaining ports, and the network is operational. This simplicity makes the TL-SF1048 appropriate for environments where dedicated network administration staff may not be available, or where the straightforward reliability of an unmanaged switch is preferred over the additional complexity of a managed device.

19-Inch 1U Rackmount Steel Enclosure

The TL-SF1048 is housed in a 440 x 260 x 44mm steel metal chassis designed for standard 19-inch equipment racks, occupying exactly 1U of rack space. The steel enclosure provides both mechanical durability for permanent rack installation and the electromagnetic shielding that a metal chassis offers in equipment room environments. Rack-mount brackets are included for installation. Per-port LED indicators on the front panel provide a clear visual status of each port's link and activity state, making fault identification and connection verification straightforward during installation and routine monitoring.

Pros

• 48 10/100Mbps ports in a single 1U rack unit for maximum port density
• 9.6 Gbps non-blocking switching capacity ensures no port waits for bandwidth
• 7.14 Mpps forwarding rate for full wire-speed packet processing
• Store-and-forward architecture discards error packets before forwarding
• Auto-negotiation on all 48 ports detects device speed automatically
• Auto MDI/MDIX on all 48 ports eliminates the need for crossover cables
• IEEE 802.3x flow control prevents packet loss during traffic bursts
• 8,000-entry MAC address table for efficient directed traffic forwarding
• Energy-efficient technology saves up to 50% power automatically
• Fully unmanaged, plug-and-play with no configuration required
• Standard 19-inch 1U rackmount steel chassis
• Per-port LED indicators for easy connection status monitoring
• RoHS compliant, free from hazardous materials
• 2-year warranty

Cons

• 10/100Mbps only, no Gigabit uplink ports for connection to a Gigabit backbone switch
• Unmanaged only, no VLAN, QoS, port mirroring, or traffic management features
• No SFP uplink ports for fibre connectivity
• Single power supply, no redundant power option
• Not suitable for networks requiring Gigabit-speed connectivity to end devices