Transition Networks EDS3016PR1NS vs Transition Networks 25135: Specification Comparison
Both products are 8-port unmanaged DIN-rail-mount switches from Transition Networks, targeting industrial and telecom edge deployments where plug-and-play simplicity and panel-mount form factor are required. The EDS3016PR1NS tops out at Gigabit (1G) per port, while the 25135 steps up to 10G per port across all eight ports. This comparison evaluates port speed and throughput, physical form factor and mounting, and management and deployment characteristics to help integrators decide which switch fits their bandwidth and infrastructure requirements.
In This Guide
- Which switch delivers the port speed and throughput your infrastructure actually needs?
- Do these switches fit the same enclosures and physical installation footprints?
- How do these switches compare on management complexity, deployment speed, and long-term support?
- Which should you choose: the EDS3016PR1NS or the 25135?
- Side-by-Side Specs
- FAQ
Which switch delivers the port speed and throughput your infrastructure actually needs?
The EDS3016PR1NS provides 8 ports all running at Gigabit (1 Gbps) speed. For most standard IP camera feeds, access control panels, and edge sensor aggregation, 1G per port is sufficient, and the switch can handle full-duplex traffic on each port simultaneously at that rate.
The 25135 provides 8 ports all running at 10G (10 Gbps) per port. This represents a 10× increase in per-port bandwidth over the EDS3016PR1NS. The 25135's Card Bullet 1 spec states 'full-duplex 10G simultaneously with no CPU bottleneck or packet loss,' indicating the switching fabric is non-blocking at 10G line rate across all 8 ports.
For deployments aggregating multiple high-resolution streams, connecting NVRs or servers demanding high uplink throughput, or future-proofing against bandwidth growth, the 25135's 10G port speed is the decisive differentiator. The EDS3016PR1NS is appropriate where 1G per port is sufficient and cost or cabling constraints are a factor.
Do these switches fit the same enclosures and physical installation footprints?
Both switches specify DIN Rail as their mount type, making them compatible with standard 35mm DIN rail industrial enclosures and telecom panels. Neither requires additional mounting hardware per their respective spec data.
The 25135 provides explicit physical dimensions: 18" × 16" × 10". This is a notably large footprint for an 8-port switch and integrators must verify enclosure depth and width before specifying it. The EDS3016PR1NS does not list physical dimensions in the provided specs, so direct dimensional comparison cannot be made from the available data.
Both products specify Multi Mode as their fiber type, indicating they are designed for multi-mode fiber cabling rather than copper Ethernet runs. Integrators should confirm patch cable and transceiver compatibility with their existing plant before selection. Neither product lists a PoE specification, confirming both are non-PoE switches.
How do these switches compare on management complexity, deployment speed, and long-term support?
Both switches are specified as Unmanaged, meaning neither supports VLAN configuration, QoS, SNMP monitoring, port mirroring, or any software-defined network control. Deployment is strictly plug-and-play: connect power and fiber, and traffic flows with no configuration interface required. This is confirmed for both units in their respective spec data.
Both products carry a Lifetime warranty per their specifications. This is identical between the two models and provides the same long-term coverage commitment from Transition Networks regardless of which unit is selected.
The EDS3016PR1NS carries a noted hide_reason of 'pricing_violation_2026-05-06' in its spec record, indicating it was removed from active sale visibility due to a pricing compliance issue as of that date. No equivalent flag appears on the 25135. Buyers should verify current purchasing availability for the EDS3016PR1NS before specifying it. The 25135 has a linked datasheet (/content/product-datasheets/25135.pdf) available; no datasheet link is provided for the EDS3016PR1NS in the spec record.
Which should you choose: the EDS3016PR1NS or the 25135?
Our take: The 25135 is the stronger choice when port throughput is a primary requirement, delivering 10G per port versus the EDS3016PR1NS's 1G per port—a 10× bandwidth advantage across all 8 ports simultaneously on a non-blocking fabric. Both are unmanaged DIN-rail multi-mode fiber switches with lifetime warranties, so management capability and mounting compatibility are equivalent. The 25135's stated dimensions (18" × 16" × 10") are substantial and must be verified against available enclosure space before specifying. The EDS3016PR1NS carries a pricing violation flag from May 2026 and its purchasing availability must be confirmed. Specify the 25135 for high-density camera aggregation, NVR uplinks, or any edge node where bandwidth headroom matters; the EDS3016PR1NS is appropriate only where 1G per port suffices and its current sale status can be verified.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Transition Networks EDS3016PR1NS | Transition Networks 25135 |
|---|---|---|
| Product Type | Switch (listed as SFP Module in spec) | Switch |
| MPN / SKU | EDS3016PR1NS | 25135 |
| Ports | 8 | 8 |
| Port Speed | Gigabit (1G) | 10G |
| Managed | Unmanaged | Unmanaged |
| Mount Type | DIN Rail | DIN Rail |
| Fiber Type | Multi Mode | Multi Mode |
| Connectivity | Ethernet | — |
| Dimensions | — (not specified) | 18" x 16" x 10" |
| Warranty | Lifetime | Lifetime |
| Datasheet | — (not provided) | /content/product-datasheets/25135.pdf |
| Active Sale Status | Pricing violation flag (2026-05-06) | No flag noted |
| Din Rail | Yes | Yes |
Frequently Asked Questions
Which should you choose: the EDS3016PR1NS or the 25135?
The 25135 is the stronger choice when port throughput is a primary requirement, delivering 10G per port versus the EDS3016PR1NS's 1G per port—a 10× bandwidth advantage across all 8 ports simultaneously on a non-blocking fabric. Both are unmanaged DIN-rail multi-mode fiber switches with lifetime warranties, so management capability and mounting compatibility are equivalent. The 25135's stated dimensions (18" × 16" × 10") are substantial and must be verified against available enclosure space before specifying. The EDS3016PR1NS carries a pricing violation flag from May 2026 and its purchasing availability must be confirmed. Specify the 25135 for high-density camera aggregation, NVR uplinks, or any edge node where bandwidth headroom matters; the EDS3016PR1NS is appropriate only where 1G per port suffices and its current sale status can be verified.
Is the EDS3016PR1NS or the 25135 better for aggregating high-resolution IP camera streams?
The 25135 is better suited for high-resolution stream aggregation. It provides 10G per port versus the EDS3016PR1NS's 1G per port, giving it 10× the per-port bandwidth. For deployments with multiple 4K or high-bitrate cameras per port, or where uplink congestion is a concern, the 25135's 10G non-blocking fabric provides the necessary headroom. The EDS3016PR1NS at 1G per port is adequate for lower-density or lower-resolution deployments.
Can both switches be installed in the same industrial DIN rail enclosures?
Both switches specify DIN rail mounting and are designed for industrial enclosures. However, the 25135 lists physical dimensions of 18" × 16" × 10", which is a large form factor that must be verified against your specific enclosure before installation. The EDS3016PR1NS does not provide dimensions in the available spec data, so its physical size cannot be compared directly. Confirm enclosure clearance for the 25135 specifically before specifying it.
Do either of these switches support VLANs or remote monitoring?
Neither switch supports VLANs, SNMP, QoS, or any remote management. Both are specified as Unmanaged, meaning they operate strictly as plug-and-play devices with no configuration interface. If VLAN segmentation or network monitoring is required for your deployment, neither product meets that requirement and a managed switch would need to be evaluated instead.
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