KVM Switchboxes

Flexible KVM-over-IP

The Spider Duo is ideal for those who need local access, as well as the flexibility of KVM-over-IP in a single integrated solution. Its palm-sized, "zero-U" design is perfect for space-constrained applications. What's more, Spider Duo requires no additional software and allows full BIOS level control of the host system.

Secure Remote Management

Spider Duo makes administration a breeze. Using integrated Virtual Media, users can transfer files, perform upgrades, install patches, redirect local drives and perform full system upgrades by ISO file. Coupled with the optional single port PCU (power control unit), authorized users can also initiate power cycling over the network. Spider Duo allows complete local, plus remote management of the host machine anytime, from virtually anywhere. It provides reliable, secure access to servers located in data centers, kiosks, regional offices, campuses, ATMs, point of sale (POS), training centers, or test and development labs.

ConsoleFlow™ Cloud Management

For the first time, cloud management is supported on the Spider product series. The second generation Spiders introduce support for provisioning using the Lantronix Provisioning Manager (LPM), basic telemetry, and the ability to power cycle the device from the cloud. There are many more compelling features to be unveiled in upcoming releases.

Remote KVM-over-IP for the Global IT Environment

Lantronix Spider provides secure KVM (keyboard, video, mouse) server management over an IP network. Unlike any other product on the market, Spider offers a flexible, scalable and affordable CAT5-based remote access KVM solution in a cable friendly, compact "zero-footprint" package.

Spider is ideal for remotely managing geographically distributed IT equipment. It eliminates server-to-switch CAT5 cable distance limitations and gives system administrators 24/7 access to mission critical servers distributed across a wide variety of network environments such as high-density data centers, corporate or university campuses, multi-floor buildings, branch offices, and test and development labs.

Connected directly to the server, Spider guarantees non-blocked access from any web browser, anywhere, at any time! More cost-effective than traditional KVM, it provides one of the lowest cost-per-remote-user server management solutions available. Amazingly scalable, Lantronix Spider KVM can be daisy-chained together. This provides an economical and highly flexible solution in environments where numerous cable drops and distance limitations can be a challenge when adding servers.

Access Servers Anytime, from Anywhere

KVM-over-IP switches are a valuable part of an effective infrastructure management strategy, enabling administrators to gain BIOS-level access to servers, perform maintenance and solve problems from virtually anywhere at a moment's notice. However, the cable distance limitation between servers and a KVM switch present a problem. In a "distributed IT" environment a better solution is needed.

The Lantronix Spider-Series provides secure KVM access to servers over a standard IP network. It does not have the cable-length restrictions inherent with computer interface modules (CIMs) and current CAT5 KVM switches. Servers can be across the room or across the globe! Video degradation is not a factor, and additional cable drops are not necessary.

Fully Secure, Non-Blocked Remote Access

Lantronix Spider KVM provides continuous availability to servers with 1:1 non-blocked access. This allows administrators to have guaranteed access to mission critical servers, regardless of how many of them need remote access. In other words, administrators are not locked in to a fixed number of remote users. And adding more remote users is simple and cost effective - just add another Spider!

Additionally with Spider, you can add remote IP users one server port at a time, rather than adding another switch that provides costly, pre-defined multiples. And there is no single point of failure with Spider deployments. If a unit is disabled, you lose access to just one server and the Spider is easily replaced.

The K524E is a secure 4-port DisplayPort dual-display KVM switch. It allows users to share peripherals - keyboard, mouse and monitor - between four different security-level networks/computers. It provides the highest possible isolation between four connected computers operating in a dual display mode. An RDC port enables user-friendly, comfortable remote control of the KVM switch. For enhanced security, a USB user authentication port (DPP) connects to a smart card or biometric reader. This requires the insertion of a physical authentication card or identification of a fingerprint to access the various computers/networks.

The K424F is a secure 4-port dual display DVI-D KVM combiner that allows secure, simultaneous work and interaction with up to four computers. It is an essential tool for heavy-duty users challenged by frequent switching between isolated networks. The K424F integrates up to four isolated sources at different security levels into two large displays. An RDC port enables user-friendly, comfortable remote control of the KVM switch. For enhanced security, a USB user authentication port (DPP) connects to a smart card or biometric reader. This requires the insertion of a physical authentication card or identification of a fingerprint to access the various computers/networks.

The K304E is a secure 4-port KM Switch. It allows an easy yet secure sharing of keyboard and mouse between four different security-level sources/computers. K304E provides the highest possible isolation between four connected computers.
HSL Virtual Display Technology (VDT) switches the K304E seamlessly between computers once the mouse cursor crosses display borders. The K304E works smoothly with all operating systems, from Microsoft to Linux and Apple with no need for software installation. An RDC port enables user-friendly, comfortable remote control of the KVM switch. For enhanced security, a USB user authentication port (DPP) connects to a smart card or biometric reader. This requires the insertion of a physical authentication card or identification of a fingerprint to access the various computers/networks.