KVM Switches (Keyboard Video Mouse)

Part Number	Description / PDF	Quantity
0SU22081 Tripp Lite	MINICOM SMART 108 8-PORT CAT5	0
B002-DUA2 Tripp Lite	2-PORT SECURE KVM SWITCH DVI USB	0
0SU52016 Tripp Lite	MINICOM PHANTOM MXII 2 USER	0
DC-11402 ASSMANN WSW Components	MINI USB-KVM SWITCH 1USER 2PC-S	0
B064-016 Tripp Lite	16-PORT CAT5 KVM SWITCH 1U	0
B022-016 Tripp Lite	SWITCH KVM 16 PORT 1U RACK MOUNT	0
B004-VPA2-K-R Tripp Lite	KVM SWITCH PS/2 W AUDIO & CABLES	0
B005-004-R Tripp Lite	SWITCH KVM PS/2-4PORT W/O CABLES	0
B062-002-USB Tripp Lite	CONSOLE INTERFACE MODULE	21
B022-004-R Tripp Lite	SWITCH KVM PS/2 4PORT W/CABLE	0
0SU70032 Tripp Lite	MINICOM SMART 108 IP 8-PORT CAT5	0
0SU52091 Tripp Lite	MINICOM SMARTRACK 16-PORT CAT5	0
0SU70030 Tripp Lite	MINICOM SMART 116 IP 16-PORT	0
0SU22090 Tripp Lite	MINICOM SMART 216 16-PORT CAT5	0
DC-OC12 ASSMANN WSW Components	POCKET KVM SWITCH PS/2 2-PORT	0
0SU70033 Tripp Lite	MINICOM PX SERIAL 1-PORT REMOTE	0
B021-000-17TAA Tripp Lite	KVM CONSOLE 17" MONITOR 1U	0
0SU22091 Tripp Lite	MINICOM SMART 232 32-PORT CAT5	0
DC-11201-1 ASSMANN WSW Components	KVM SWITCH 1USER 2PC-S USB/PS2	0
0SU22082 Tripp Lite	MINICOM SMART 116 16-PORT CAT5	0

KVM Switches (Keyboard Video Mouse)

1. Overview

KVM switches are hardware devices that enable users to control multiple computers using a single keyboard, monitor, and mouse. These devices maintain consistent peripheral compatibility while providing secure, low-latency switching between systems. Modern KVM solutions support high-resolution video transmission (up to 4K/8K), USB 3.0+ data rates, and IP-based remote access capabilities. Their importance spans across data centers, industrial control systems, and multi-computer workstations where space efficiency and operational security are critical.

2. Major Types & Functional Classification

Type	Functional Characteristics	Application Examples
Local KVM Switches	Direct physical connection via PS/2 or USB, manual switching	Home offices with 2-4 PCs
IP-based KVMs	Network-enabled remote access, encryption support	Data center server farms
Matrix KVMs	Multi-user support with permission levels	Industrial control rooms
USB-C KVMs	Single-cable USB4/Thunderbolt 4 connectivity	Modern workstation setups

3. Structural Composition

Typical KVM switches feature:

Front panel: Physical buttons or touchscreen interface
Rear panel: Multiple computer ports (HDMI/DisplayPort/USB-C), peripheral ports
Internal components: Video signal processors, USB hubs, network interface controllers (for IP models)
Cabling options: Fixed cables or detachable Cat6/6a/8 assemblies

4. Key Technical Specifications

Parameter	Description	Importance
Port Density	Number of supported computer connections	Dictates scalability
Video Bandwidth	Up to 32 Gbps for 8K@60Hz support	Ensures resolution compatibility
Switching Latency	Measured in milliseconds (typically <5ms)	Affects user experience
Protocol Support	Compatibility with USB 3.1, HDMI 2.1, DP 1.4	Determines device compatibility
Security Features	Physical data path isolation, AES encryption	Critical for sensitive systems

5. Application Domains

Data Centers: Managing hyperscale server clusters
Education: Computer lab administration
Healthcare: Medical imaging workstation control
Finance: Secure trading floor operations
Broadcast: Live production equipment control

6. Leading Manufacturers & Products

Vendor	Flagship Product	Key Features
ATEN	VM0404T	4-port 4K HDMI switch with touchscreen
IOGEAR	GCS1644	4-port USB-C KVM with 10Gbps bandwidth
Raritan	Paragon II	Enterprise-grade matrix KVM system
StarTech	SV431DPUKA	Dual-display USB 3.0 switch

7. Selection Guidelines

Assess required port count with 20% future expansion capacity
Verify compatibility with existing peripheral interfaces
For IP models: Ensure network security compliance
Consider hotkey vs. button switching preferences
Evaluate required video resolution and refresh rates
For critical systems: Select models with hardware-based isolation

8. Industry Trends

Market evolution shows:

Transition from local switches to IP-based solutions (CAGR 12.3% through 2028)
Integration with cloud management platforms
Emergence of AI-powered connection optimization
Adoption of USB4/Thunderbolt 4 single-cable solutions
Increased focus on cybersecurity certifications (Common Criteria EAL4+)