CD-DSKCAM-C-US: How Does Cisco’s Desk Camer
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Core Functionality of the C1300-16T-2G
The C1300-16T-2G is a Cisco switch model likely designed for small-to-midsize business (SMB) or branch office networks. While Cisco.com does not explicitly document this specific variant, its naming convention suggests a 16-port Gigabit Ethernet switch with 2x Gigabit SFP uplinks, emphasizing cost-effective Layer 2 connectivity for bandwidth-sensitive environments.
Technical Specifications and Design
- Port Layout: 16x 10/100/1000BASE-T ports for wired devices (e.g., workstations, servers) and 2x Gigabit SFP slots for fiber or copper uplinks to core switches.
- Non-PoE Design: The “T” suffix typically denotes Twisted Pair (RJ45) connectivity without Power over Ethernet, making it ideal for setups where PoE isn’t required.
- Switching Capacity: Estimated 32 Gbps total throughput, sufficient for basic data, voice, and video traffic in low-density deployments.
Addressing Critical User Questions
“Can the C1300-16T-2G support multi-gigabit or PoE+ with add-ons?”
No. This is a fixed-configuration switch with no modular expansion slots. For multi-gig or PoE, consider Catalyst 9200/9300 series switches.
“Are the SFP uplinks compatible with 10G transceivers?”
The uplinks are 1G SFP-only. For 10G connectivity, upgrades to models like the C9300-24UXB are necessary.
Procurement and Compatibility Considerations
As an entry-level switch, the C1300-16T-2G may be phased out in favor of newer Catalyst 1000/1200 models. For verified availability, explore itmall.sale’s Cisco product listings here. Ensure compatibility with existing transceivers and network topology before deployment.
Operational Perspective
The C1300-16T-2G serves as a pragmatic solution for budget-aware networks prioritizing wired Gigabit speeds over advanced features. In my experience, it’s well-suited for small office server rooms or classrooms where PoE isn’t a requirement, but the dual SFP uplinks provide flexibility for future backbone upgrades. However, its lack of PoE and 10G support limits scalability—plan for eventual upgrades if IoT devices or high-bandwidth applications enter the roadmap. Always prioritize switch placement close to power sources, as the absence of PoE eliminates cable clutter but ties device locations to outlets.