Link speed
100M, 1G or 2.5G depending on series. All devices also support 10Base-T on the copper side, so legacy links remain available.
Gamme de circuits d’interface Ethernet
Ethernet PHY Devices
The range covers 100M, 1G and 2.5G links in single-port and eight-port devices, with RMII, MII, RGMII, SGMII and QSGMII on the MAC side. Start from the interface your host controller provides, then narrow by speed, port count, fibre support and temperature grade.
Recherche et sélection de références
Trouver des références pour Ethernet PHY Devices
Le tableau utilise les fiches produits actuelles du site anglophone, les critères de sélection publiés et les liens vers les fichiers techniques propres à chaque référence.
* Colonnes Image et Référence figées · faites glisser horizontalement pour consulter toutes les caractéristiques
| Image | Fiche technique | Comparer | Téléchargements |
Série
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Débit de données
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Ports
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Interface MAC
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V（if）
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Port cuivre
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Port optique
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Mode
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Température
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Boîtier
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Taille
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Échantillon |
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| Image | Référence | Fiche technique | Comparer | Téléchargements | Série | Débit de données | Ports | Interface MAC | V（if） | Port cuivre | Port optique | Mode | Température | Boîtier | Taille | Échantillon |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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JL2101C-NC | SPEC | Série JL2101 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | 0~70℃ | QFN40 | 5*5 mm |
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JL2101C-NI | SPEC | Série JL2101 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | -40~85℃ | QFN40 | 5*5 mm |
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JL2101C-NE | SPEC | Série JL2101 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | -40~105℃ | QFN40 | 5*5 mm |
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JL2101DC-NC | SPEC | Série JL2101 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | 0~70℃ | QFN40 | 5*5 mm |
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JL2101DC-NI | SPEC | Série JL2101 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | -40~85℃ | QFN40 | 5*5 mm |
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Aucune référence correspondante
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By series
Ethernet PHY series by speed and ports
Series are separated by link speed, port count and the MAC interface they present.
Comment sélectionner
Selecting an Ethernet PHY in four steps
MAC interface first, then speed and ports, then fibre, then temperature and package.
- 01
Start from the MAC interface
Confirm what your host controller provides: RMII, MII, RGMII, SGMII or QSGMII. These are not interchangeable, and the wrong choice cannot be fixed in software.
- 02
Fix speed and port count
100M, 1G or 2.5G, and one port or eight. Eight-port devices aggregate to the host over QSGMII, so confirm the host has that bandwidth.
- 03
Decide on fibre
Some series support 100Base-FX or 1000Base-X, others are copper only. If the design needs a fibre port, check the specific part number rather than the series.
- 04
Pick the temperature grade
Suffixes separate 0 to 70, minus 40 to 85 and minus 40 to 105 degrees. Choose against the enclosure's internal temperature, not the room.
Parameters
Reading Ethernet PHY specifications
The MAC interface and the temperature suffix decide compatibility more than speed does.
Port count
Single port for most series, or eight ports on the JL2308 and JL2388. Eight-port devices need a QSGMII-capable host.
MAC interface
RMII, MII, RGMII, SGMII or QSGMII. This has to match the host controller exactly; no external conversion makes two of them equivalent.
Fibre support
100Base-FX on parts of the 100M range, 1000Base-X on JL2201 and 2500Base-X on JL4201. Several series are copper only, marked NA.
Temperature grade
The suffix carries it: NC for 0 to 70, NI for minus 40 to 85, NE for minus 40 to 105 degrees. Confirm the grade on the exact part number.
Boîtier
From QFN24 at 4 by 4 millimetres up to LQFP128 at 14 by 14. Pin count rises with port count and interface width.
Comparer
Ethernet PHY series side by side
Speed, port count and MAC interface together define which series fits a design.
Revenir au sélecteur ↑| Série | Références | Débit de données | Ports | Interface MAC | V（if） | Port cuivre | Port optique | Mode | Température | Boîtier | Taille | Action |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Série JL1101 | 1 | 100M | 1 | RMII | 1.8V | 10 Bsae-T | 100 Base-FX | RMII-COP | -40~85℃ | QFN24 | 4*4 mm | Filtrer → |
| Série JL1111 | 4 | 100M | 1 | MII | 1.8V | 10 Bsae-T | NA, 100 Base-FX | MII-COP | 0~70℃, -40~85℃, -40~105℃ | QFN32 | 5*5 mm, Non spécifié | Filtrer → |
| Série JL2101 | 5 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | NA | RGMII-COP | 0~70℃, -40~85℃, -40~105℃ | QFN40 | 5*5 mm | Filtrer → |
| Série JL2201 | 2 | 1G | 1 | RGMII | 1.8V | 10 Bsae-T | 1000 Base-X | RGMII-COP | 0~70℃, -40~85℃ | QFN48 | 6*6 mm | Filtrer → |
| Série JL2308 | 2 | 1G | 8 | QSGMII | NA | 10 Bsae-T | NA | QSGMII-COP | 0~70℃, -40~85℃ | LQFP128 | 20*14 mm | Filtrer → |
| Série JL2388 | 2 | 1G | 8 | QSGMII | NA | 10 Bsae-T | NA | QSGMII-COP | 0~70℃, -40~85℃ | LQFP128 | 20*14 mm | Filtrer → |
| Série JL4201 | 2 | 2.5G | 1 | SGMII | NA | 10 Bsae-T | 2500 Base-X | (H)SGMII-COP | 0~70℃, -40~85℃ | QFN48 | 6*6 mm | Filtrer → |
Analyse de l’application
Where these Ethernet PHY devices are used
Confirm the host interface, the link speed and the environment the board runs in.
Industrial controllers and gateways
- Confirm the host MAC interface and choose the minus 40 to 85 or minus 40 to 105 grade to suit the cabinet temperature.
EtherCAT and fieldbus devices
- The JL1111 range includes an EtherCAT variant. Confirm the protocol requirement and the MII timing before committing to a part.
Multi-port switch boards
- Eight-port devices aggregate over QSGMII. Verify the host provides QSGMII and that the layout can carry the serial lanes cleanly.
Fibre uplinks and media converters
- Check which specific part number supports 100Base-FX, 1000Base-X or 2500Base-X, then confirm the optical module matches.
Documents
Ethernet PHY datasheets and reference designs
Datasheets carry the pinout, reference schematic and layout guidance for each series.
Affichage de jeux de fichiers disponibles représentatifs. Recherchez un SKU précis.
JL1101BR-NISérie JL1101
JL1111BI-NI(EtherCAT)Série JL1111
JL1111B -NESérie JL1111
JL1111B -NISérie JL1111
JL1111B -NCSérie JL1111
JL2101C-NCSérie JL2101
- 18
- Fiches techniques PDF répertoriées
- 0
- Jeux de fichiers 3D répertoriés
- 0
- Empreintes PCB répertoriées
Le contenu produit publié par VOOHU est vérifié par son équipe technique. Les caractéristiques, les téléchargements et les informations d’assistance technique sont associés à des références précises afin que vous puissiez les vérifier avant de demander des échantillons ou un devis.
Présentation de la catégorie
Choosing an PHY Ethernet: interface before speed
The most common selection error here is starting from link speed. The MAC interface is the constraint that cannot be worked around.
Discuter d’une nouvelle conception
Contacter l’équipe FAE pour une évaluation de remplacement.
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The MAC interface decides compatibility
RMII, MII, RGMII, SGMII and QSGMII are different electrical and timing arrangements, not tiers of the same thing. A host that provides RGMII cannot drive an RMII device, and no software setting bridges them. Establish what your controller offers first, because it eliminates most of the range before speed is even considered.
Copper, fibre, or both
Every device here supports copper, including 10Base-T. Fibre is selective: 100Base-FX appears on parts of the 100M range, 1000Base-X on the JL2201 and 2500Base-X on the JL4201. Fibre support is stated per part number rather than per series, so one variant of a series may have it and another may not.
Temperature grade is in the suffix
The letters after the base number carry the rating. NC covers 0 to 70 degrees, NI covers minus 40 to 85, NE covers minus 40 to 105. Select against the temperature inside the enclosure at the highest ambient the product is rated for, not against room temperature.
FAQ
Ethernet PHY questions engineers ask
Answers cover interface choice, fibre support, temperature grades and layout.
Which MAC interface should I choose?
Whichever your host controller provides. RMII, MII, RGMII, SGMII and QSGMII are different electrical and timing schemes, not performance tiers. A host with RGMII cannot drive an RMII device and no software setting bridges them. Confirm the controller's interface first, then filter the PHY range on it.
What speeds does this range cover?
100M on the JL1101 and JL1111 series, 1G on the JL2101, JL2201, JL2308 and JL2388, and 2.5G on the JL4201. All devices also support 10Base-T on copper. There are no 5G or 10G devices in this range, so if you need those speeds, tell us and we will check availability.
Which parts support fibre?
100Base-FX appears on the JL1101 and on several JL1111 variants. 1000Base-X is supported on the JL2201 and 2500Base-X on the JL4201. Other series are copper only. Fibre support is defined per part number, so check the exact suffix rather than assuming it applies across a series.
What do the NC, NI and NE suffixes mean?
They carry the temperature grade. NC is 0 to 70 degrees, NI is minus 40 to 85, and NE is minus 40 to 105. Choose against the temperature inside your enclosure at the highest rated ambient, allowing for the heat the board itself generates, not against room temperature.
Is there an EtherCAT option?
Yes. The JL1111 series includes a variant identified as EtherCAT in the part number. Note that this variant is listed without fibre support, unlike other JL1111 parts. If your design needs EtherCAT, specify it at enquiry so the right variant is quoted.
How do eight-port devices connect to the host?
The JL2308 and JL2388 aggregate all eight links to the host over QSGMII, a serial interface that carries multiple lanes on one pair. Your host must provide QSGMII and enough bandwidth for the aggregate traffic. The layout also has to carry those serial lanes with controlled impedance.
Are these devices automotive qualified?
The range is specified to commercial, industrial and extended industrial temperature grades, up to minus 40 to 105 degrees. That is not the same as automotive qualification under AEC-Q100. If your programme requires automotive qualification, tell us and we will confirm what is available.
How do I request Ethernet PHY 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 host controller and its MAC interface, the required link speed and port count, whether you need fibre, and the operating temperature range.
Assistance technique
Poursuivre après la sélection du produit
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Comparatif de sélection de transformateurs push-pull : VOOHU WHST06Q02E0 et Würth Elektronik 750316819
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