If you are building a gaming PC in India, or upgrading an older office rig for better airflow, a fan hub quickly starts to feel essential. Modern cabinets have space for many fans, plus RGB strips, but motherboards often give only two or three headers. A good hub or splitter lets you run more fans from limited headers, control noise, and keep your cabling clean, which matters a lot in our dusty conditions and hot climate.
When you pick a fan hub, you need to see what type of fans you use, PWM or DC, 4‑pin or 3‑pin, and whether you care about ARGB lighting sync. Power input, total wattage support, and how neatly you can mount it in your case are also important. In the Indian market you will also care about reliability, ease of replacement from Amazon or local shops, and value for money since full custom loops and high‑end cases are still expensive. This guide walks through five solid options that suit different builds, from RGB‑heavy gaming systems to simple work PCs.
Verilux ARGB & PWM Fan Hub 10‑Port
A compact 10‑port hub for 5V 3‑pin ARGB fans and strips, ideal for RGB‑heavy builds that need both lighting and PWM fan control from a single unit.
Pros
- Supports up to 10 ARGB devices at 5V 3‑pin
- PWM support for coordinated fan speed control
- Magnetic base for quick installation in steel cases
- SATA power input for stable power delivery
Cons
- Only for 5V 3‑pin ARGB, not 12V RGB
- Limited information on long‑term support in India
- No wireless remote included
- Needs careful connection to avoid mixing 5V and 12V headers
Verilux ARGB & PWM Fan Hub 10‑Port suits users who want heavy lighting along with clean control of case fans. It works with 5V 3‑pin addressable RGB setups and uses a 1‑to‑10 splitter layout so you can plug in multiple ARGB fans or light strips. For many Indian users who pick cabinets with glass side panels and lots of RGB, motherboards often run out of headers quickly. This hub fills that gap and lets you connect several devices to one control source.
The built‑in magnets help a lot during installation. You can attach the hub directly to the steel part of your case, which is helpful if you are working in a tight mid‑tower or budget case where there is not much space behind the motherboard tray. Cable clutter is a common problem in Indian homes due to limited working space and poor airflow from dust buildup, so the space‑saving design and centralised wiring make day to day cleaning easier.
Power comes from a SATA connector, so you do not overload the motherboard header. That is useful when you use multiple ARGB fans from brands like Ant Esports, Circle, or local RGB fan kits sold in Indian markets. Verilux is not as established as brands like Cooler Master or Deepcool for service, so if you face issues you will rely mostly on seller warranty from Amazon or the marketplace. Still, for users who want lots of ARGB on a budget and are careful with 5V connections, this hub offers strong flexibility and clean management without needing a high‑end board.
ZORBES 4‑Pin 12V PWM Fan Controller 6‑Port
A 6‑fan PWM controller with a physical speed knob, aimed at users who want manual control over noise and cooling in a 12V fan setup.
Pros
- Supports up to six 4‑pin PWM fans
- Manual speed knob for quick fan adjustments
- Powered by SATA or DC 5525 input
- Total output up to 60 W with 5 A at 12 V
Cons
- No ARGB or RGB control
- Needs attention to total current limit
- Physical knob placement depends on case layout
- Brand support presence in smaller cities is limited
ZORBES 4‑Pin 12V PWM Fan Controller 6‑Port focuses on airflow control more than lighting. It takes up to six 4‑pin PWM fans and centralises their power and control. For many Indian builds that use popular 120 mm and 140 mm fans from brands like Cooler Master, Antec, or Deepcool, this kind of hub helps when the motherboard has only one or two PWM headers. If you run a Ryzen or Intel build in a warm room, such as a non air‑conditioned bedroom, good control over fan speed keeps CPU and GPU temperatures in check while limiting noise during light workloads.
A strong point of this hub is the physical adjustment knob. You can turn fan speeds down during web browsing or office work to keep the system quiet, then turn them up when gaming or rendering. This is more direct than depending on motherboard software, which can sometimes break after BIOS updates. The hub supports up to 60 W total output with a 5 A limit, and each port supports up to 2 A, which is enough for typical case fans as long as you do not put heavy industrial fans on every header.
Power comes from either a SATA connector from your PSU or a DC 5.5 × 2.5 mm input. That gives extra flexibility in custom or open‑frame builds often used by enthusiasts in Indian metro cities. On the downside, ZORBES does not have a large service network in India, so after‑sales support will depend on the seller and platform. Still, if your priority is stable airflow and manual speed control without worrying about RGB sync, this controller brings good value and practical control for gaming and productivity PCs alike.
ZORBES ARGB PC Fan Hub 10‑Port with Remote
A 10‑port ARGB hub with wireless remote, suitable for users who want easy lighting control and multiple ARGB fans running from a SATA power source.
Pros
- Supports up to 10 ARGB fans
- Wireless remote for lighting modes and speed
- SATA power input for reliable power
- Works with major motherboard ARGB software
Cons
- Remote battery not included
- Primarily for lighting, not heavy PWM tuning
- Limited long‑term support information in India
- Needs compatible 5V 3‑pin ARGB devices
ZORBES ARGB PC Fan Hub 10‑Port with Remote targets RGB‑focused builds where the user wants to adjust lighting without opening the case. It has 10 ports for addressable RGB fans and supports both power distribution and lighting sync. For many Indian gamers who buy ARGB fan kits to match their cabinet and keyboard lighting, this hub offers a way to centralise effects without depending only on motherboard headers.
The wireless remote lets you switch lighting modes, colors, speed, and brightness from your desk chair. That is handy if your PC is placed under a table or in a TV unit in a hall, which is common in compact Indian homes. You can quickly move between quiet static colors for work and faster effects when you feel like showing off your build. The hub uses SATA power, so it can handle multiple devices without stressing the motherboard ARGB header, which is important if you run several 120 mm ARGB fans and perhaps an ARGB strip or two.
The hub is designed to sync with major motherboard ARGB software, so if your board has a 5V ARGB header, you can match fan lighting with RAM, GPU, and strip lighting. ZORBES as a brand does not have an extensive service network in India, so you will depend on platform returns for any early issues. Also, note that the remote battery is not bundled, so you must purchase it separately. For RGB‑heavy gaming builds on a budget, especially in systems where direct motherboard control is limited, this hub gives flexible lighting control and simple cabling for ARGB fans.
10‑Port PWM Case Fan Hub with SATA Power
A simple 10‑port PWM hub designed to expand the number of controllable case fans without extra lighting features, ideal for airflow‑first builds.
Pros
- Adds up to nine extra case fan slots
- Centralised cable management
- Synchronous PWM control for all fans
- SATA power supply reduces load on motherboard
Cons
- No ARGB or RGB support
- Reads RPM only from the first fan slot
- Needs proper mounting in cramped cases
- Generic branding with less formal support
The 10‑Port PWM Case Fan Hub with SATA Power is built for users who want strong airflow without worrying about lighting. It connects to a single PWM header on your motherboard and provides up to nine extra case fan slots, which suits big mid‑tower and full‑tower cabinets used for gaming, streaming, or workstation tasks in Indian homes and offices. Many value motherboards sold in India offer limited fan headers, so this hub is a straightforward way to run multiple fans for better cooling.
The hub passes the PWM signal to all connected fans so they respond together. Your motherboard reads RPM from the first fan slot then adjusts speeds according to CPU or system temperature. This keeps fan behavior predictable and reduces the time you spend in BIOS or software. Since the fans get power directly from the PSU through SATA, you avoid issues where too many fans on a single motherboard header cause instability. That can matter during peak summer months in cities like Delhi or Nagpur where ambient room temperature is high.
Cable management also benefits because you bring all case fan cables to one small device. In narrow Indian cabinets with limited space behind the motherboard tray, that helps maintain a cleaner airflow path and reduces dust buildup around loose cables. The hub is generic and does not have a famous brand name attached, so formal service support in India is limited. But for users who prefer a plain black setup, focus on airflow, and do not need ARGB control, this hub is a simple and cost‑effective solution.
Verilux PWM Fan Splitter 1‑to‑5 Sleeved 15.7‑inch
A 1‑to‑5 PWM fan splitter cable with nylon braiding, perfect for compact builds that need more fan connections from one motherboard header.
Pros
- Expands one PWM header to up to five fans
- Supports both 4‑pin and 3‑pin fans
- Durable nylon braided sleeve for protection
- Adhesive backing for easy hub placement
Cons
- Limited to 12 V, 2 A total output
- Relies on motherboard header for control and power
- No ARGB or RGB support
- Verilux has modest service presence in India
Verilux PWM Fan Splitter 1‑to‑5 Sleeved 15.7‑inch suits users who want a lightweight solution to add more fans without using a full plastic hub box. It connects to the CPU fan header on your motherboard, with one dedicated CPU fan interface and additional standard PWM fan interfaces to share the signal. For typical ATX and micro‑ATX boards in India that give only two or three headers, this splitter helps you run extra case fans for better intake and exhaust without extra electronics.
The nylon braided sleeve protects the wires from sharp cabinet edges and also makes the inside of your PC look neater. This matters in glass‑panel cases where exposed cables spoil the look, and in budget metal cases with rough cutouts that tend to damage thin wires over time. At 15.7 inches, the length is enough for most mid‑towers, so you can route the cable behind the motherboard tray and connect fans at the top or front. Adhesive on the small hub area helps you fix it inside the case without tools, which is convenient if you build systems on the floor or dining table at home.
The splitter supports both 4‑pin and 3‑pin fans, which is useful in India where many users mix older DC fans with newer PWM ones from brands like Antec, Corsair, and Circle. You need to stay within the 12 V, 2 A total output limit and check fan power draw, especially if you use high‑RPM fans. Because control and power still come from the motherboard header, you should avoid maxing out all five slots with high power fans. Verilux as a brand is still growing in India, so service is mostly through the seller. For compact systems or users who prefer a minimal approach without extra circuit boards, this splitter cable offers neat cable management and practical expansion.
Buying Guide
Set your budget and build goal first
Before you pick a fan hub, decide your overall PC budget and what the system will do. A budget gaming PC with a basic B‑series motherboard often has only two or three fan headers, so a simple splitter cable or low‑cost hub is enough. High‑end builds with many ARGB fans, AIO coolers, and glass cases benefit from dedicated ARGB hubs with SATA power. Think about whether you care more about RGB control or pure airflow, because that choice affects how much you should spend on the hub.
Check fan type and header compatibility
Look at your fans and motherboard headers. 4‑pin fans support PWM control, while 3‑pin fans usually run at fixed speed or voltage‑based control. For lighting, 5V 3‑pin ARGB is different from 12V 4‑pin RGB, and mixing them can damage components. Make sure the hub or splitter matches your fan type, connector style, and motherboard header labels. Many Indian users upgrade fans over time, so choose a hub that works with common standards like 4‑pin PWM and 5V ARGB for easier future upgrades.
Power delivery and total wattage
Every fan draws some current, often between 0.1 A and 0.3 A at 12 V, and ARGB lighting adds more load. A good hub should mention total wattage and per‑port current limits. Hubs with SATA power pull current directly from the PSU, which is safer when you run several fans. Splitter cables without external power rely on the motherboard header, so you must keep the total current low. In Indian summers, fans run at higher speeds for longer hours, so stable power delivery becomes more important for long‑term reliability.
Control methods and noise levels
Think about how you want to control fan speed. Some hubs pass the PWM signal from a single motherboard header to all connected fans, which works well if your board has decent fan control in BIOS. Others include a physical knob so you can change speeds quickly without software. For RGB‑focused hubs, the main control is for lighting, and fan speed often stays linked to the motherboard or fixed. In small Indian rooms with thin walls, noise from many fans can get annoying, so having easy control over speed is helpful.
Cable management and installation ease
Cable clutter affects airflow and also makes cleaning harder in dusty environments, which is common in Indian cities and towns. Look for hubs that group fan cables cleanly and provide mounting options like magnets or adhesive pads. A compact design helps behind the motherboard tray, especially in budget cabinets with little clearance. Sleeved cables resist damage from sharp metal edges and keep the interior tidy, which you will appreciate when you remove dust filters or blow out the case with compressed air.
Build quality and durability
Fan hubs and splitters handle constant power and live inside hot cases, near GPUs and VRMs. Quality connectors, solid soldering, and strong sleeving reduce the chance of failure. Cheap plastic hubs with weak connectors can loosen over time, especially if you move your PC often for cleaning or shifting rooms. In the Indian climate with voltage fluctuations, use a reliable PSU and avoid overloading one hub with more fans than it supports. Spending slightly more on a better built hub saves you from random reboots or lighting glitches later.
Warranty, brand presence, and availability
In India, warranty and replacement support vary a lot between brands. Established global brands tend to have authorised service centres, but for many hub‑only brands you will rely on marketplace warranties and seller support. Check return policies and buyer reviews before purchase. Also see how easy it is to find replacement units in case one fails. Picking a model that stays in stock on major platforms makes future expansion easier, especially if you move to a bigger case and want to keep the same hub ecosystem.
Future upgrades and compatibility
Think about where your build will be in two or three years. If you plan to add more ARGB fans or shift to a bigger cabinet, a 10‑port hub with SATA power leaves room to grow. If you are sure you will keep a simple office PC, a 1‑to‑5 splitter is enough. Check that your hub supports popular standards like 5V 3‑pin ARGB and 4‑pin PWM so future fans from mainstream brands in India will work without adapters. Planning ahead avoids buying a new hub with each upgrade and keeps your system wiring simple.
Feature Importance
| Feature | Importance |
|---|---|
| Number of fan ports | High |
| Fan connector type support (3‑pin / 4‑pin) | High |
| RGB / ARGB compatibility | High |
| External power input (SATA / DC) | High |
| Total wattage and current rating | High |
| Control options (PWM pass through, knob, remote) | High |
| Build quality and cable sleeving | Medium |
| Mounting method (magnetic, adhesive, screws) | Medium |
| Brand warranty and support in India | Medium |
| Physical size and cable length | Medium |
