VOOHU Low Height RJ45 Connectors製品

I/Oコネクター製品

Low Height RJ45 Connectors

Low height housings reduce the clearance needed above the board, for slim enclosures and stacked assemblies where a standard jack will not fit. Confirm the panel cutout position moves with the body height before finalising the enclosure.

型番検索・選定

Low Height RJ45 Connectorsの型番を検索

この表では、海外サイトの現行製品データ、公開済みの選定項目、型番別の技術資料リンクを使用しています。

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Low Height RJ45 Connectorsの選定結果
画像 型番 データシート 比較 ダウンロード カテゴリーコネクタータイプポート数タブトランス内蔵コネクターモジュールデータレートPoELED実装方式シールドタブEMI/ガスケット動作温度 サンプル
VOOHU SYT811B198FA2A10DQB Low Height RJ45 Connectors SYT811B198FA2A10DQB SPEC RJ45(低背)90°1 x 1上向きあり10/100MPoE非対応G/YDIPありあり-40~+85°C
VOOHU SYT811B198FN4A10DQB Low Height RJ45 Connectors SYT811B198FN4A10DQB SPEC RJ45(低背)90°1 x 1上向きあり10/100MPoE非対応GO/YDIPありあり-40~+85°C
VOOHU SYT60A1188AB1A6DB3187 Low Height RJ45 Connectors SYT60A1188AB1A6DB3187 SPEC RJ45(低背)90°1 x 1下向きなしすべてPoE非対応G/YDIPありなし-40~+85°C
VOOHU SYT811Q008FD1A2D057 Low Height RJ45 Connectors SYT811Q008FD1A2D057 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応Y/GDIPありあり-40~+85°C
VOOHU SYT1611Q008CD1A10DB057 Low Height RJ45 Connectors SYT1611Q008CD1A10DB057 SPEC RJ45(低背)90°1 x 1下向きあり100/1000MPoE非対応Y/GDIPありなし-40~+85°C
VOOHU SYT1611Q008CA1A10DB Low Height RJ45 Connectors SYT1611Q008CA1A10DB SPEC RJ45(低背)90°1 x 1下向きあり100/1000MPoE非対応Y/GDIPありなし-40~+85°C
VOOHU SYT1611Q002GWA2D057 Low Height RJ45 Connectors SYT1611Q002GWA2D057 SPEC RJ45(低背)90°1 x 1下向きあり100/1000MPoE非対応LEDなしDIPありなし-40~+85°C
VOOHU SYT1511Q184CB2W4CBD057 Low Height RJ45 Connectors SYT1511Q184CB2W4CBD057 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応G/YDIPありなし-40~+85°C
VOOHU SYT811Q008HWA2DC057 Low Height RJ45 Connectors SYT811Q008HWA2DC057 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応LEDなしDIPありあり-40~+85°C
VOOHU SYT811Q008GWA2DB057 Low Height RJ45 Connectors SYT811Q008GWA2DB057 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応LEDなしDIPありなし-40~+85°C
VOOHU SYT811Q008CD2A2DC057 Low Height RJ45 Connectors SYT811Q008CD2A2DC057 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応G/YDIPありなし-40~+85°C
VOOHU SYT60S1188JB1A6DY1008 Low Height RJ45 Connectors SYT60S1188JB1A6DY1008 SPEC RJ45(低背)90°1 x 1上向きなしすべてすべてY/GDIPなしなし-40~+85°C
VOOHU SYT60S1188HWA6DY1008 Low Height RJ45 Connectors SYT60S1188HWA6DY1008 SPEC RJ45(低背)90°1 x 1上向きなしすべてすべてLEDなしDIPありあり-40~+85°C
VOOHU SYT60S1188GWA6DY1008 Low Height RJ45 Connectors SYT60S1188GWA6DY1008 SPEC RJ45(低背)90°1 x 1上向きなしすべてすべてLEDなしDIPありなし-40~+85°C
VOOHU SYT60S1188DB2A6DY1008 Low Height RJ45 Connectors SYT60S1188DB2A6DY1008 SPEC RJ45(低背)90°1 x 1上向きなしすべてすべてG/YDIPありあり-40~+85°C
VOOHU SYT60S1188DB1A6DY1008 Low Height RJ45 Connectors SYT60S1188DB1A6DY1008 SPEC RJ45(低背)90°1 x 1上向きなしすべてすべてY/GDIPありあり-40~+85°C
VOOHU SYT1211Q141FF3A10DC057 Low Height RJ45 Connectors SYT1211Q141FF3A10DC057 SPEC RJ45(低背)90°1 x 1下向きあり10G Base-TPoE非対応GY/GDIPありあり-40~+85°C
VOOHU 99TGWHQ618G830415 Low Height RJ45 Connectors 99TGWHQ618G830415 SPEC RJ45(低背)90°1 x 1上向きあり100/1000MPoE非対応OG/YDIPありあり-40~+85°C
VOOHU SYT60A1188AB2A3DB4175 Low Height RJ45 Connectors SYT60A1188AB2A3DB4175 SPEC RJ45(低背)90°1 x 1下向きなしすべてすべてG/YDIPありなし-40~+85°C
VOOHU SYT60A1188HWA3DB4175 Low Height RJ45 Connectors SYT60A1188HWA3DB4175 SPEC RJ45(低背)90°1 x 1上向き/下向きなしすべてすべてLEDなしDIPありあり-40~+85°C

選定方法

Selecting a network connector in four steps

Contact count, then orientation and height, then shielding, then magnetics.

  1. 01

    Fix the contact count

    RJ45 uses eight contacts for Ethernet, often written 8P8C. RJ11 uses four or six for telephony and low speed serial. They are not interchangeable.

  2. 02

    Choose the orientation

    Vertical, right angle or offset, depending on whether the cable enters the panel horizontally and where the board sits behind it.

  3. 03

    Check the height

    Low height variants exist for slim assemblies. Confirm the clearance above the board as well as the panel cutout before selecting.

  4. 04

    Decide shielding and magnetics

    Shielded housings help emissions and need a defined chassis path. Integrated magnetics save board area but fix the transformer choice.

Parameters

Reading network connector specifications

Contact count and mounting orientation decide fit; shielding decides emissions.

01

Contact count

Eight for RJ45, four or six for RJ11. The housings differ in width and keying, so an RJ11 plug fits an RJ45 jack but not the reverse.

02

Orientation

Vertical, right angle or offset. Offset variants shift the opening relative to the board so the panel cutout can sit at a different height.

03

Mounting

Through hole gives mechanical strength for repeated plugging. Surface mount suits automated assembly but usually needs additional retention.

04

Height

Low profile variants reduce the clearance needed above the board. Confirm both the body height and the panel cutout position together.

05

シールド

A shielded housing gives the cable screen a path to chassis. It needs a defined ground connection on the board to be effective.

06

Integrated magnetics

Some RJ45 housings contain the LAN transformer. That saves board area but fixes the magnetics specification inside the connector.

比較

RJ45 against RJ11 and combination housings

Contact count and mechanical keying separate what looks like one family.

選定表に戻る ↑
カテゴリー型番数コネクタータイプポート数タブトランス内蔵コネクターモジュールデータレートPoELED実装方式シールドタブEMI/ガスケット動作温度操作
RJ11コネクター3790°, 180°1 x 1, 1 x 2, 1 x 4, 2 x 1上/下、上/下、下、上なしすべて非PoE、すべてLEDなしDIPあり、なしなし-40~+85°C絞り込み →
RJ45コネクター62745°, 90°, 180°1 x 1, 1 x 2, 1 x 3, 1 x 4, 1 x 5, 1 x 6, 1 x 8, 2 x 1, 2 x 2, 2 x 3, 2 x 4, 2 x 5, 2 x 6, 2 x 8上向き/下向き, 上向き/下向き, 下向き, 上向き, 未指定あり、なしすべて, 10/100M, 100/1000M, 2.5G Base-T, 5G Base-T, 10G Base-T, 10/100M+SPD, 100/1000M+SPDPoE非対応, 350mA, 600mA, 720mA, 900mA, 850mA, 1000mA, 1.5A, すべて, 未指定LEDなし、G/-、G/G、G/Y、G/O、G/GO、G/GY、GO/Y、GO/G、GY/Y、GY/G、GY/YG、GY/GY、GR/GG、GO/GO、GR/GR、GG/RG、OG/Y、Y/G、Y/GY、Y/GO、YG/G、YG/YG、-/GDIP, SMD, 未指定あり、なしあり、なし0~+70°C、-20~+70°C、-40~+85°C、-40~+105°C絞り込み →
オフセット型RJ45コネクター4690°1 x 1, 1 x 4下、上あり、なしすべて, 10/100M, 100/1000M, 2.5G Base-T, 10G Base-T非PoE、すべてLEDなし、G/Y、G/GY、GO/Y、GO/G、O/G、Y/G、Y/GODIP、SMDあり、なしあり、なし0~+70°C、-40~+85°C絞り込み →
RJ45(低背)2990°1 x 1上/下、下、上あり、なしすべて、10/100M、100/1000M、5G Base-T、10G Base-T非PoE、すべてLEDなし、G/Y、GO/Y、GY/Y、GY/G、OG/Y、Y/G、YG/GDIPあり、なしあり、なし-40~+85°C絞り込み →
RJ45複合タイプ3290°1 x 1上向きあり、なしすべて, 10/100M, 100/1000M, 2.5G Base-T, 5G Base-T, 10G Base-T非PoE、すべてLEDなし、G/Y、G/GY、GO/Y、GY/G、OG/Y、Y/G、Y/OG、Y/GODIPありあり、なし-40~+85°C絞り込み →
RJ45ダストプラグ2180°1 x 1未指定なし--LEDなし、-未指定なしなし-10~+85°C, 未指定絞り込み →
RJ45複合タイプ190°1 x 1上向きあり未指定PoE非対応G/YDIPありあり-40~+85°C絞り込み →

用途別確認

Where these connectors are fitted

Confirm the link speed, the panel arrangement and the height available on the board.

用途別確認

Ethernet ports on equipment panels

  • Confirm the link speed, then choose shielding and magnetics to match. Verify the panel cutout against the housing drawing.
用途別確認

Telephony and low speed serial

  • RJ11 with four or six contacts. Confirm which contacts the application uses before selecting between the two.
用途別確認

Slim and height constrained products

  • Low profile variants reduce clearance above the board. Check the panel cutout height matches the new body position.
用途別確認

Multi-port panels

  • Ganged or stacked housings save panel width. Confirm the pitch, the board footprint and the routing space behind each port.
技術サポートに相談 →

Documents

Connector drawings and datasheets

Drawings carry the footprint, panel cutout, retention and recommended hole sizes.

29
PDFデータシート掲載数
24
3Dファイル掲載数
2
PCBフットプリント掲載数

VOOHUが公開する製品情報は、エンジニアリングチームが確認しています。仕様、ダウンロード資料、技術サポート情報は型番ごとに紐付けられているため、サンプルや見積もりを依頼する前に確認できます。

カテゴリー概要

RJ45, RJ11 and what the housing decides

These connectors look like one family, but contact count, shielding and integrated magnetics each change what the port can do.

01

RJ45 and RJ11 are not one family

RJ45 carries eight contacts, often written 8P8C, and is the Ethernet connector. RJ11 carries four or six in a narrower housing for telephony and low speed serial. An RJ11 plug will physically enter an RJ45 jack because it is narrower, which is a frequent source of confusion, but an RJ45 plug will not fit an RJ11 jack.

02

Shielding only works if it is grounded

A shielded housing gives the cable screen somewhere to terminate, which helps emissions and immunity. It only does that if the board provides a defined low impedance path from the housing to chassis. A shielded connector wired to a floating shell can perform worse than an unshielded one, so plan the ground path early.

03

Integrated magnetics is a trade

An RJ45 with the LAN transformer built into the housing saves board area and shortens the differential routing, which helps signal integrity. The trade is that the magnetics are fixed inside the part: you cannot change the transformer without changing the connector, and the speed is set at selection time.

よくあるご質問

Network connector questions engineers ask

Answers cover RJ45 against RJ11, shielding, magnetics and mounting choices.

How much height do these save?

The saving against a standard housing is stated on each drawing rather than being uniform across the range. Compare the body height dimension directly between the standard and low height part you are considering, and check it against the clearance the enclosure actually allows.

Does a lower body change the panel cutout?

Yes, and this is the step most often missed. Reducing the body height moves the port opening relative to the board, so the panel aperture has to move with it. Check both the body height and the opening position on the drawing before the enclosure is tooled.

Is mechanical strength reduced?

A smaller housing has less material to resist the force of repeated plugging and cable strain. If the port is user accessible and will be plugged often, check the retention features on the drawing and consider whether the design needs additional mechanical support.

Can I still get shielding and magnetics?

Availability varies by part, because a lower body leaves less internal volume for magnetics in particular. Check the specific part number rather than assuming every option carries across from the standard range. Send your requirement if you need a particular combination.

How do I request samples or a quote?

With a complete part number, send the part number, quantity, delivery region and the date you need it. If you are still selecting, send the clearance available above the board, the panel aperture position and the expected mating cycles.

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