Rj45 ethernet 3D Models

Find the best Rj45 ethernet 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

Anonymous1775339437

Anonymous1773577169

low poly RJ45 modular plug connector only, transparent plastic ethernet plug, empty rear cable insertion hole, visible 8 wire guide channels, gold contact pins at the front, no cable attached, no strain relief boot, game-ready 3D model

Anonymous1772012843

low poly RJ45 ethernet connector, transparent plastic plug, visible gold pins at the front, hollow rear cable insertion hole for ethernet wires, game ready 3D model, clean topology

Anonymous1772012843

High-quality 3D asset of {Router/Network Switch} for a video game. Photorealistic texture, rectangular hardware shape, sharp edges. Front view shows LED indicators and branding. Back view shows RJ45 ethernet ports and power socket. Realistic plastic/metal material, low-poly optimized for games.Por favor cuida los detalles que se vea tal cual a la imagen, el lado izquierdo es la parte delantera, la de enmedio la trasera y la otra es como se veria el objeto de lado No shadows, neutral lighting

Anonymous1772654712

TripoJack

Anonymous1769572776

can u make a 3d model as the image. The image describe an ESP32-S3 cam with RJ45 ethernet. IT has to be real as the image

Anonymous1769027121

Create a tall, lengthy 19-inch server rack in a realistic 3D industrial product render style. The rack contains 9 different Ethernet switches, stacked vertically with clear separation between each unit. Each switch has a distinct port count, in this order from top to bottom: 8-port, 10-port, 12-port, 14-port, 16-port, 18-port, 20-port, 24-port, and 48-port.
All switches must have front-facing RJ45 Ethernet ports only, no fiber, no combo ports. Every port is a separate, black rectangular socket with rounded inner edges, uniform size, and large visible gaps between ports, making each port clearly distinguishable even from a distance.
Ports are aligned in clean horizontal rows, evenly spaced, never touching, never merged. No clumsy geometry, no melted shapes, no distortion.
Each switch has a slightly different faceplate layout (port grouping, spacing, row count) so no two switches look identical, but all follow a professional network-equipment design language.
Rack is taller than wide, re

Anonymous1768821815

Ultra-high-resolution hard-surface 3D render of a tall, elongated network rack populated with realistic Ethernet switches, front-facing, centered. The rack clearly shows individual Ethernet switch units, stacked vertically and aligned like real data-center equipment.

Each switch front panel is modeled after real RJ45 Ethernet switch hardware (similar to professional enterprise switches), with accurate RJ45 port shape, depth, and proportions.
Ports look like real Ethernet sockets, rectangular with inner cavity, visible pin structure, and correct spacing — not abstract holes or blocks.

The rack contains 8–10 distinct switches, each with a fixed number of ports: 8, 10, 12, 14, 16, 18, 20, 24, 48, and 52 ports (one count per switch).
Ports are arranged in clean horizontal rows, evenly spaced, perfectly aligned, and easy to visually count.

All ports are matte black or dark gray, uniform in size and shape.
Switch bodies are light gray or white metal, thin faceplates, realistic industrial

Anonymous1767163906

Anonymous1768821815

Anonymous1767790971

Anonymous1767161883

Anonymous1767164071

Anonymous1767162564

Anonymous1761180098