RJ45 Integrated Magnetics Connector: VOOHU SYT-320DNL as a Replacement for HanRun HR911130A
RJ45 Integrated Magnetics Connector: VOOHU SYT-320DNL as a Replacement for HanRun HR911130A
1. Competitor Product Overview (HanRun Electronics Company Limited)
HanRun (HanRun Electronics Company Limited) is a connector and magnetics manufacturer based in Zhongshan, Guangdong, China. The HR911130A is a 1×1 single-port Tab-Down RJ45 jack with integrated 100/1000Base-T magnetics and a green (left)/yellow (right) bi-color LED. It specifies OCL 350µH min, turn ratio 1CT:1CT, insertion loss ≤1.1dB, isolation 2250V DC, 750-cycle durability, ≤5 lbs mating force, operating 0 to +70°C and storage -40 to +85°C. The housing is PA66 (UL94V-0), the shield is 0.20mm nickel-plated brass, and the terminals are phosphor bronze (0.35mm, 30µin gold on the contact area). It is rated to meet or exceed IEEE 802.3ab for 1000Base-T.
2. VOOHU Replacement Overview (Suzhou VOOHU Electronic Technology Co., Ltd.)
The VOOHUSYT-320DNL, designed and manufactured by Suzhou VOOHU Electronic Technology Co., Ltd., is a Tab-Down single-port RJ45 jack with integrated magnetics for 10/100/1000Base-T Ethernet. It matches the HR911130A on OCL (350µH), turn ratio (1CT:1CT), isolation (2250V DC), body width (16.00mm), 750-cycle durability and storage temperature (-40 to +85°C), and improves on crosstalk (-40/-35/-30dB vs -35/-26/-24dB) and high-frequency insertion loss (≤1.0dB across the full 1–100MHz band), with the same green/yellow bi-color LED (green left, yellow right). Its operating temperature is extended to -40 to +85°C (industrial grade vs the competitor's commercial 0 to +70°C) and it is REACH & RoHS compliant, making it a wide-temperature replacement candidate for the HR911130A.
3. Key Parameter Comparison
The table below uses the HanRun HR911130A datasheet parameters as the baseline, with the corresponding VOOHU SYT-320DNL specs filled in (only parameters specified by both and matchable one-to-one are listed).
| Parameter | HanRun HR911130A | VOOHU SYT-320DNL |
|---|---|---|
| Type / Structure | Single-port RJ45 magjack (Tab-Down, green/yellow LED) | Single-port RJ45 magjack (Tab-Down, green/yellow LED) |
| Data Rate | 10/100/1000Base-T | 10/100/1000Base-T |
| Turns Ratio | 1CT:1CT | 1CT:1CT (±2%) |
| OCL | 350µH Min @100kHz/100mV/8mA DC | 350µH Min @100kHz/100mV/8mA DC |
| Insertion Loss | -1.0dB Max (0.1–60MHz); -1.1dB Max (60–100MHz) | -1.0dB Max (1–100MHz) |
| Return Loss | -18dB Min (0.3–30MHz); -14dB Min (40–60MHz); -12dB Min (80–100MHz) | -20dB Min (1–10MHz); -16dB Min (10–30MHz); -12dB Min (30–60MHz); -10dB Min (60–80MHz) |
| Crosstalk | -35dB Min (1–10MHz); -26dB Min (15–60MHz); -24dB Min (60–100MHz) | -40dB Min (1–30MHz); -35dB Min (30–60MHz); -30dB Min (60–100MHz) |
| CMR | -40dB Min (1–60MHz); -35dB Min (60–100MHz) | -30dB Min (1–100MHz) |
| Hi-Pot (Isolation) | 2250V DC (0.5mA, 60s) | 2250V DC & 1500V AC (1mA, 6s) |
| LED Color / Wavelength | Green 568nm / Yellow 585nm | Green 568nm / Yellow 585nm |
| LED Forward Current | 20mA (green/yellow) | 20mA (green/yellow) |
| Body Size L×W×H | 21.20 × 16.00 × 13.30 mm | 21.10 × 16.00 × 13.45 mm |
| Durability | 750 cycles Min | 750 cycles Min |
| Mating Force | 5 lbs Max (≈22.2N) | 23N Max |
| Operating Temp. | 0°C to +70°C | -40°C to +85°C |
| Storage Temp. | -40°C to +85°C | -40°C to +85°C |
| Housing | PA66 GF, UL94V-0, black | PBT, UL94V-0, black |
| Shield | Brass, nickel-plated, 0.20mm | C2680, nickel-plated, 0.20mm |
| Terminal | Phosphor bronze, 0.35mm, 30µin gold on contact | Phosphor bronze C5210, 0.35mm, 6µin gold on contact |
Notes:
- All table parameters are taken strictly from the two datasheets (HanRun HR911130A / VOOHU SYT-320DNL); only items specified by both and matchable one-to-one are listed. Items missing on either side are not tabulated.
- Matching key items: OCL (both 350µH), turn ratio (both 1CT:1CT), isolation (both 2250V DC), durability (both 750 cycles), storage temperature (both -40 to +85°C) and body width (both 16.00mm).
- VOOHU advantages: operating temperature -40 to +85°C (industrial) vs 0 to +70°C (commercial); crosstalk (-40/-35/-30dB) better than -35/-26/-24dB; insertion loss ≤1.0dB across the full 1–100MHz band (better than -1.1dB at high frequency).
- Dielectric test conditions differ slightly: HanRun 2250V DC / 0.5mA / 60s; VOOHU 2250V DC / 1mA / 6s and additionally rated 1500V AC. Both are rated 2250V DC.
- Return loss and crosstalk use different frequency-band definitions; values are reproduced as-specified without conversion.
- CMR: HanRun specifies -40dB over 1–60MHz, VOOHU -30dB Min over the full 1–100MHz; both meet gigabit Ethernet requirements.
- Contact gold plating differs: HanRun 30µin gold / 50µin nickel, VOOHU 6µin gold; both use 0.35mm phosphor bronze terminals. LED forward voltage: HanRun 1.8/2.8V (Min/Max), VOOHU green 1.85–2.45V, yellow 1.7–2.2V.
- Items HanRun lists that VOOHU does not tabulate (e.g. unmating force 5 lbs Max, plug-to-jack retention 12 lbs Min) are omitted from the table.
- Pinout/footprint: both are single-port gigabit RJ45 magjacks with green (left)/yellow (right) bi-color LEDs; confirm full pinout/footprint compatibility against actual samples and the PCB layout before mass production.
4. Applications
- 1000Base-T RJ45 ports in switches, routers and gateways.
- Gigabit network ports in IP cameras, NVRs and other surveillance equipment.
- Wide-temperature scenarios such as industrial Ethernet and industrial switches (-40 to +85°C particularly suitable).
- Gigabit Ethernet interfaces for server/PC NICs, FTTH terminals and set-top boxes.
- Single-port RJ45 applications requiring integrated magnetics with green/yellow bi-color status LEDs.
5. FAQ
Q1: Can the VOOHU SYT-320DNL replace the HanRun HR911130A?
Both are single-port RJ45 magjacks (Tab-Down, green-left/yellow-right bi-color LED) and match on OCL (350µH), turn ratio (1CT:1CT), isolation (2250V DC), body width (16.00mm) and durability (750 cycles), so the VOOHU part is a replacement candidate. Check it against the actual PCB layout and verify with samples before production.
Q2: What are the main differences?
The most notable difference is operating temperature — VOOHU is -40 to +85°C (industrial) vs 0 to +70°C (commercial); VOOHU also offers better crosstalk and high-frequency insertion loss.
Q3: Is it 1000Base-T / IEEE 802.3 compliant?
Yes, both are 100/1000Base-T magnetics modules with 2250V DC isolation, meeting IEEE 802.3 requirements.
Q4: Are samples available for evaluation?
Samples are available for evaluation, and selected parts are free of charge. Our FAE team will be glad to confirm the options for your project.
Q5: How can I contact VOOHU?
Contact us through ourrequest form. Our FAE team can suggest suitable parts and help check the design, such as the PCB footprint, panel cutout and LED configuration.
Why VOOHU?
- One-stop sourcing:connectors + magnetics + interface chips, full support from selection to small-batch production.
- Custom solutions:just share your application requirements and budget to get a tailored solution with professional technical support.
- Fast development:magnetics and connectors direct from the manufacturer, rapid FAE response, efficient sampling, shorter time-to-market.
- Core qualifications:ISO 9001 and ISO 14001 certified; RoHS and REACH compliant (third-party test reports); own factories in Mianyang (magnetics) and Dongguan (connectors).
For more information, visit VOOHU:Overseas www.voohuele.com. Our FAE team can suggest suitable parts and help check the design:Request samples
