Simorchip GTX 1660 SUPER — It doesn't just run the game. It rules it.

Design Language

Twin
Cyclone

The mid-range isn't a compromise. It's a border.

And this card guards it.

192 bits of bandwidth means you don't ask if it can run the game. You just click settings, drag everything to the right, and launch.

The dual fans exist because stability isn't negotiable.
Some cards try to promise the future and fail. The GTX 1660 SUPER owns the present.

GTX 1660 SUPER — The boundary where mid-range becomes serious.

[ TWIN CYCLONE — DUAL FAN CLOSE-UP ]
GTX 1660S front · both Simorchip logos centered
Close enough to count every blade ]

Why You Need the GTX 1660 SUPER

GDDR6 doesn't just hold more — it moves data fundamentally differently. A 192-bit bus with dual-channel bank grouping. The 1050 Ti has 128-bit GDDR5. The jump isn't incremental.

1408 Turing cores process floating-point and integer operations concurrently — not sequentially. That's the architecture doing the work the bandwidth feeds it.

One card. Two technologies converging. No bottleneck.

⚡

GDDR6 — Next-Gen Bandwidth

192-bit bus. Dual-channel bank grouping. Massive textures and dynamic lighting need no buffering. Data reaches the 1408 Turing cores in fractions of a millisecond.

❄️

Twin Cyclone Cooling

125W of raw power demands serious thermal management. The dual-fan aerodynamic fin array creates a defense system that refuses to degrade — even under sustained peak load.

🎯

Turing Concurrent Execution

1408 cores processing FP and INT simultaneously. Adaptive shading active. Every square millimeter of silicon engineered for absolute throughput, not just clock frequency.

1408

01 — Fiercer

Fiercer

1408 Stream Processors · Dual-Fan · 12nm Turing

1408 cores initialized. This is raw tactical force.

12nm Turing executes floating-point and integer operations concurrently. Adaptive shading active. Every square millimeter engineered for absolute optimization. The GTX 1660 SUPER doesn't just process data — it redefines how pixels are conquered.

Dual-Fan Thermal Design

The aerodynamic fin array channels airflow from both fans directly through the high-density cooling structure. Each fan balances half the thermal load. The result: sustained peak performance during grueling, endless workloads — not just short bursts in benchmarks.

6GB GDDR6 at 1750 MHz

Heavy asset streaming. Uncompressed frame buffers. Real-time multi-layered rendering. 6GB GDDR6 is the definitive modern frontline for uncompromised 1080p gaming. The GTX 1660 SUPER commands the pipeline with raw, unthrottled speed.

1408

Turing Cores

192-Bit

GDDR6 · Double-Thru

125W

6-Pin · Pure Output

Bandwidth — The Invisible Edge

GDDR5 128-bit · ~192 GB/s

STALL

Apex

Texture buffer stall · Frame drop

GDDR6 192-bit · ~336 GB/s

Preloaded

Track preloaded · Full throttle

GDDR5 128-bit

~192 GB/s

GDDR6 192-bit

~336 GB/s

02 — Capable

Capable

DP + HDMI + DVI · DirectX 12 · 12nm Turing

DisplayPort — Universal access to absolute speed. Not a decorative port — a portal to 144Hz, 240Hz gaming monitors, professional multi-display matrices, and 4K output. Coupled with HDMI and DVI, the most comprehensive interface compatibility in the mid-range.
DirectX 12 Feature Level 12_1 — The ultimate privilege at the hardware layer. Modern game engines write no compatibility patches. All shaders breeze through into the core as if taking the VIP lane. Every dynamic shadow and particle explosion delivered exactly as the developers perfected it.
TU116 · Turing · 12nm — 1408 computing units in a chip the size of a fingernail. 1530 MHz base clock is merely the starting line. Built-in Turing architecture maintains thermodynamic balance between power consumption and performance automatically. Born solely to pulverize lag.
DP + HDMI + DVI — Triple Output — One bracket. Three connections. Even if you excavate a monitor from a decade ago, this card resurrects it instantly.

Market Standard vs. Simorchip Spec

Office Card — 16 Cores / 30W / 只能看股票 16

Entry Gaming — 384 Cores / 30W / 玩遊戲看溫度計 384

Standard Mid-Range — 1000 Cores / 100W / 大作就喘氣 1000

GTX 1660 SUPER 1408

The Moment It Changes

Before

PCIe Slot · 75W max

6-pin — unplugged

75W

Slot power only.
Card is polite. Card is limited.

Insert

After

PCIe Slot · 75W

6-pin · +50W

125W

Full thermal headroom.
Full clock speed. Full control.

Most graphics cards take what the slot gives them.
This one demands its own line.

The moment you plug in the 6-pin connector, something changes. Not just the wattage. The relationship. The card stops being a passenger. It becomes the engine.

This is how a graphics card is supposed to be powered.
這才是顯示卡通電該有的樣子。

03 — Reliability

Reliability

1,500,000 hr MTBF · 171 Years · Heavy-Duty Engineering

Not because it hides from the workload.

Because it was engineered to survive the frontline.

Hours MTBF

Modern Olympics — 130 Years

🔥

1896
Athens

1960
Rome

2026
Today

GTX 1660 SUPER Theoretical Lifespan — 171 Years

2026
You install

2101
22nd Century

2197
GTX 1660S (theory)

Every athlete who has ever competed in the modern Olympics — from Athens 1896 to wherever the flame burns tonight — fits inside the GTX 1660 SUPER's theoretical lifespan with 41 years to spare.

It was built to endure the pressure.
It will still be running when the game is won.

171

Years Theoretical

1.5M

Hours MTBF

Packaging Design

GTX 1660S6GB GDDR6

Simorchip

Simorchip · Twin Cyclone Series

6GB DP+HDMI+DVI
GDDR6

CERoHSFCCREACH

What's in the box

🖤

Foam-Cushioned Inner Tray

The card sits in a dedicated foam slot, fully protected from transit shock. A card with dual fans and a larger PCB needs a tray built for it.

⚡

Anti-Static Bag Protection

Sealed in an anti-static bag before placement in the tray. Full electrostatic discharge protection throughout transit and handling.

📋

Full Spec on Pack

Model number, capacity, and key specs clearly printed on the outer box. Warehouse receiving requires no unboxing.

✅

Global Certifications

CE · RoHS · FCC · REACH. Compliant for EU, US, and international markets.

Specifications

Mid-Range · TU116 · 12nm Turing

Architecture	TU116 · 12nm Turing
Stream Processors	1408
Core Frequency	1530 MHz
Memory Type	GDDR6
Memory Capacity	6 GB
Memory Frequency	1750 MHz
Memory Bus Width	192-bit
Bus Interface	PCIe 3.0 × 16
Display Outputs	DP + HDMI + DVI
Max Resolution	1920 × 1080
DirectX Support	DirectX 12 (12_1)
External Power	6 Pin
Power Consumption	125W
Recommended PSU	300W and above
Cooling Solution	Dual-Fan
Dimensions	180 × 111 × 37.5 mm
OS Support	Windows 10 / Windows 11
Market Positioning	Mid-Range

* All specifications sourced from Simorchip internal documentation. Actual performance may vary depending on system configuration and operating environment.