The Cisco C1300-24P-4G vs C1300-24P-4X decision is mainly about uplink capacity and future network planning. Both models provide 24 copper access ports for PoE+ endpoints, but the C1300-24P-4G uses four fixed Gigabit SFP uplinks while the C1300-24P-4X uses four fixed 10G SFP+ uplinks.
Choose the 4G model when the upstream network and expected traffic are based on 1G connectivity. Choose the 4X model when the switch connects to a 10G aggregation layer, supports high-volume traffic, or needs more capacity for a future network upgrade.
- PoE port count and power comparison
- Small-office and 1G access scenarios
- 10G aggregation and higher traffic requirements
- Evaluating future uplink capacity
- Office, wireless, camera, and campus access deployments
- Common C1300-24P-4G and 4X questions
- A practical 1G or 10G uplink selection rule
C1300-24P-4G vs C1300-24P-4X Core Differences
The C1300-24P-4G and C1300-24P-4X are both 24-port PoE+ switches in the Cisco Catalyst 1300 Series. Their access-layer functions are similar, but their fixed uplink speeds are different.
| Platform | Access Ports | PoE Budget | Uplink Configuration | Typical Fit |
|---|---|---|---|---|
| C1300-24P-4G | 24 x 10/100/1000 PoE+ | 195W | 4 x Gigabit SFP | 1G branch and access networks |
| C1300-24P-4X | 24 x 10/100/1000 PoE+ | 195W | 4 x 10G SFP+ | 10G aggregation and higher-traffic networks |
Cisco’s current data sheet lists the C1300-24P-4G with four Gigabit SFP uplinks and the C1300-24P-4X with four 10G SFP+ uplinks. Cisco also lists a 195W PoE budget for both models.
The “4G” and “4X” designations refer to the uplinks. They do not indicate a difference in the number of PoE ports or the standard PoE budget.
These models should not be confused with the C1300X-24P-4X. The C1300X platform has different hardware specifications and should be evaluated as a separate model.
For the verified model descriptions and current platform specifications, review the Cisco Catalyst 1300 Series data sheet.
Are the PoE Ports and PoE Budget the Same?
Yes. The C1300-24P-4G and C1300-24P-4X both provide 24 10/100/1000 PoE+ access ports and a 195W total PoE power budget.
They can be used to connect wireless access points, IP phones, security cameras, door-access systems, small IoT devices, and other PoE-powered endpoints.
- Both models provide 24 access ports.
- Both models provide PoE+ access functionality.
- Both models have a listed 195W PoE budget.
- The 4X model does not provide more PoE power than the 4G model.
- The main difference is the fixed uplink speed.
The 195W budget should be evaluated against the combined power requirements of all connected devices. The maximum theoretical power per port does not mean that every port can operate at its maximum level at the same time.
For projects with higher PoE requirements, compare the C1300-24FP-4G or C1300-24FP-4X models instead of assuming that the 4X suffix provides a larger PoE budget.
Send your upstream switch model, PoE device count, and optic requirements.
When Is the C1300-24P-4G Enough?
The C1300-24P-4G can be suitable when the upstream network is designed around 1G connectivity and the expected traffic is predictable.
Typical 4G Use Cases
- Small offices
- Retail branches
- Small clinics or commercial sites
- Standard IP phone deployments
- Small wireless deployments
- Low- to moderate-volume camera networks
- Access layers connected to a 1G aggregation switch
A 1G uplink is not automatically insufficient. It may be practical when connected devices do not generate sustained high aggregate traffic and the upstream network does not provide 10G interfaces.
What to Check Before Selecting 4G
- The upstream switch interface speed
- The number of active wireless access points
- The expected camera traffic
- Any local server or storage traffic
- The WAN and internet connection capacity
- Whether link aggregation is required
- The expected growth of the site
An office with many IP phones but limited data traffic may work well with 1G uplinks. A smaller office with high-throughput wireless access points or local servers may have a stronger case for the 4X model.
When Do You Need 10G SFP+ Uplinks?
The C1300-24P-4X is a stronger fit when the access switch needs to connect to a 10G-capable core or aggregation layer.
Consider the 4X Model When:
- The upstream switch provides 10G SFP+ interfaces.
- Several wireless access points share the same uplink.
- Cameras produce continuous or high-volume traffic.
- Local servers, NAS devices, or appliances connect through the switch.
- The site uses multiple uplinks or link aggregation.
- The network is being upgraded to a 10G distribution layer.
- The switch is expected to remain in service for several years.
- Replacing the switch later would be disruptive.
The 4X model does not increase the number of local PoE ports. It provides more uplink bandwidth between the access layer and the rest of the network.
If the core or aggregation layer is already 10G-capable, selecting a 1G-uplink model may create an unnecessary boundary between the access switch and the upstream network.
The final choice should be based on expected aggregate traffic and the planned network architecture, not only on the number of PoE devices.
Will the 4G Model Limit Future Upgrades?
Buying the C1300-24P-4G does not automatically prevent a future network upgrade. However, its four fixed uplinks remain Gigabit SFP interfaces.
If the core or aggregation layer is later upgraded to 10G, the 4G model may continue to work, but the connection between the access switch and the upstream network will still be based on 1G interfaces.
| Future Network Condition | Selection Guidance |
|---|---|
| Core and aggregation equipment remain at 1G | C1300-24P-4G may be sufficient |
| Traffic remains low and predictable | C1300-24P-4G may be sufficient |
| Core upgrade to 10G is already planned | Prefer C1300-24P-4X |
| Several high-bandwidth APs are planned | Prefer C1300-24P-4X |
| Multiple cameras stream continuously | Evaluate C1300-24P-4X |
| Local servers or storage are connected | Evaluate C1300-24P-4X |
| The switch will remain in service for a long lifecycle | Compare the long-term value of C1300-24P-4X |
A common planning issue is to upgrade the core while leaving access switches with fixed 1G uplinks. This may be acceptable for a low-traffic site, but it can reduce the benefit of a faster core when aggregate access traffic grows.
The C1300-24P-4X can reduce this design limitation by providing four 10G SFP+ uplinks from the beginning.
Which Model Fits Different Network Scenarios?
Small Office
The C1300-24P-4G is easier to match with a small office network when the WAN, firewall, and aggregation equipment operate at 1G.
If the site is expected to move to 10G during the planned service period, the C1300-24P-4X may provide a better upgrade path.
Wireless Access
Wireless requirements should be evaluated by expected client traffic rather than only by the number of access points.
The 4G model may be sufficient for standard office wireless. The 4X model is more appropriate when the deployment includes high-density wireless, heavy application traffic, or a 10G aggregation layer.
Video Surveillance
Camera traffic can be continuous, but the actual requirement depends on camera resolution, frame rate, compression, recording architecture, and the number of cameras connected through the switch.
A small camera deployment may work with 1G uplinks. Larger deployments should evaluate whether the combined traffic could create congestion on the uplink. If there is uncertainty or planned expansion, 10G uplinks provide more capacity for the access-to-aggregation connection.
Campus Access
| Deployment Scenario | Recommended Direction |
|---|---|
| Small building with 1G distribution | C1300-24P-4G |
| Standard office access | C1300-24P-4G or C1300-24P-4X |
| 10G distribution layer | C1300-24P-4X |
| High-density wireless floor | C1300-24P-4X |
| Camera-heavy access block | C1300-24P-4X |
| Uncertain long-term growth | Compare C1300-24P-4X first |
Higher PoE Requirement
If the main concern is PoE power rather than uplink speed, compare the C1300-24FP-4G or C1300-24FP-4X models. These are separate product options with higher listed PoE budgets than the standard C1300-24P models.
Information to Include in a Quote Request
- Required quantity of switches.
- Number of PoE-powered devices.
- Number and type of wireless access points.
- Number of cameras and IP phones.
- Upstream switch or firewall model.
- Required uplink speed.
- SFP or SFP+ optic requirements.
- Fiber type and link distance.
- Expected traffic growth.
- Required delivery region and schedule.
Frequently Asked Questions
Final Takeaway
Choose the C1300-24P-4G when four Gigabit SFP uplinks match the upstream network, expected traffic, and planned service life.
Choose the C1300-24P-4X when the access switch connects to a 10G aggregation layer, supports high-volume traffic, or needs more capacity for future network upgrades.
Both models provide 24 PoE+ access ports and a 195W PoE budget. The practical purchasing decision is whether the network needs four fixed 1G uplinks or four fixed 10G SFP+ uplinks.