Termination method
Confirm punch-down, toolless, field-termination, pass-through, or coupler format with the conductor range and installer workflow.

Product family / Copper Connectivity
Jacks, panels, plugs, couplers, and outlets must fit the cable construction, termination method, mounting opening, rear clearance, grounding pathway, labeling scheme, and maintenance plan.
System role
Focused product lines
Source 37 SUNPU Cat3, Cat5e, Cat6, and Cat6A RJ45 keystone modules, tool-free jacks, and inline couplers in UTP or FTP, 90-degree and 180-degree formats.
Review selected models →02 / FocusCompare 28 SUNPU Cat5e, Cat6, and Cat6A Ethernet patch panels: 6, 12, 24, and 48 port, 19-inch, loaded IDC, blank or unloaded, UTP, FTP, and UTP/STP models.
Review selected models →03 / FocusCompare SUNPU Cat6A and Cat8 shielded toolless keystone jacks by cable fit, screen termination, rear depth, panel retention, grounding, labels, and packaging.
Review selected models →04 / FocusCompare SUNPU 1U 24-port and 48-port unloaded keystone patch panels by density, jack retention, rear support, labels, grounding, rack access, and OEM configuration.
Review selected models →Selection framework
Confirm punch-down, toolless, field-termination, pass-through, or coupler format with the conductor range and installer workflow.
Check keystone opening, panel density, rear depth, cable entry angle, latch geometry, dust protection, and plug access.
Match the component performance basis to the cable and preserve shield continuity and grounding where the channel requires it.
Coordinate port numbering, label fields, rear support, horizontal management, blanking, and service access before approving the BOM.
Product range

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Patch Panel

Connectivity / High-Density Panel

Connectivity / Loaded Panel
Connectivity / Work-Area Outlet

Connectivity / Keystone Jack
Connectivity / Field Plug
Connectivity / Modular Plug
Connectivity / Surface Outlet

Connectivity / Inline Coupler

Connectivity / Inline Coupler

Connectivity / Keystone Jack

Connectivity / Loaded Patch Panel

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / RJ45 Inline Coupler

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / RJ45 Inline Coupler

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / Keystone Jack

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / Keystone Jack

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / RJ45 Inline Coupler

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Unloaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel

Connectivity / Loaded Patch Panel
Buyer questions
These are the questions worth resolving before a sample or quotation. Final limits and evidence still depend on the exact model.
Use an unloaded panel when the project needs interchangeable keystone modules, mixed categories or colors, easier field replacement, or phased loading. A loaded panel can simplify a fixed, repeatable specification. Check density, rear space, retention fit, labeling, and cable support in both cases.
Choose around conductor range, cable OD, termination volume, available tools, rear clearance, grounding, and the installer workflow. Toolless does not remove the need to follow pair geometry and closing instructions; punch-down still requires the correct blade and seating method.
The cable screen, jack or plug body, panel, patch cords, rack bonding, and grounding design must be treated as one pathway. Confirm how each interface contacts the screen and how the installation is bonded before selecting individual parts.
Technical resources
Compare loaded and unloaded copper patch panels, port density, termination style, shielding, labeling, rear support, and rack-management requirements.
7 min read · Read guide →02 / Copper guideA practical Cat6A channel checklist covering topology, cable, shielding, jacket, connecting hardware, installation conditions, and acceptance testing.
7 min read · Read guide →03 / Quality guideEvaluate cabling certificates, declarations, test reports, and quality records by model, construction, standard, scope, revision, and issuing body.
6 min read · Read guide →Quotation input
Attach a BOQ, drawing, reference datasheet, network diagram, or approved sample whenever available.