Learn about fiber-to-the-home (FTTH) technology, its components, advantages, and disadvantages. Discover how FTTH provides faster internet, greater reliability, and future-proof connectivity, along with the challenges of installation and compatibility.

Smart antennas, the advanced adaptive antenna arrays, have been used in military communications, and cellular and Wi-Fi networks. Do you know why do we need smart antennas? Read on to find answers.

M-LAG is a virtualized switching technology that enables multi-chassis link aggregation, increasing bandwidth and redundancy. Read on to learn its meaning, forming principle, and distinguish it from stacking.

MPLS is a highly efficient, flexible, reliable, and adaptable network technology, ideal for enterprises or service providers that require high reliability, low latency, and complex traffic management.

The launch of FastSwitch10/100 and Fast NIC 100 in 1993 unveiled the first successful application of Fast Ethernet technology. Thirty years have passed, so let’s dive into Fast Ethernet to review its ABCs.

Coherent optical communication is widely used in DCI, backbone network WDM system upgrades, and 5G mid-haul and backhaul scenarios.

As the key technology for advanced packaging, Silicon Photonics (SiPh), with the benefits of low-cost, low-consumption, high-density, and CMOS manufacturing schemes, has become the Key R&D project in the semiconductor industry.

Enterprises, governments, and cloud service providers widely deploy NGFW (next-generation firewalls) in network security fields. Read on to learn the ABCs of NGFW.

SDWAN, a Software-Defined Wide Area Network, addresses the bottleneck where the traditional WAN topology and infrastructure cannot adapt to cloud computing and network security requirements.

Big data is an extremely massive and complex collection of structured, unstructured, semi-structured, and training sets. Read on to learn its working principles, characteristics, benefits, and challenges.