Simorchip GTX 1050 Ti — Two fans. No compromise.

Simorchip

Simorchip GTX
1050Ti 4GB GDDR5 · Pascal

GeForce

Simorchip · Pascal Edge · GTX 1050 Ti

Two fans. No compromise.

14nm Pascal. 768 shader cores. Dual-fan cooling.
You'll head home at 5 PM.
The GTX 1050 Ti will still be rendering.

GTX1050Ti 4GB GDDR5 PCIe 3.0×16 75W GP107 DirectX 12 768 Cores 1080P

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Design Language

Pascal
Edge

The GTX 750 Ti was Maxwell.

The GTX 1050 Ti is Pascal — a full architecture generation ahead. 14nm means more transistors per mm², more performance per watt, more sustained clock speeds.

Same slot. Smaller process. Bigger result.

This is not just more cores. This is better cores.
14nm Pascal vs 28nm Maxwell — the jump that matters.

GTX 1050 Ti — Where mid-range performance begins for real.

[ PASCAL EDGE — PRODUCT SHOT ]
GTX 1050 Ti top view · dual-fan symmetric · top light
GTX1050Ti top .png ]

Why You Need the GTX 1050 Ti

The GTX 750 Ti has 640 shader cores on 28nm Maxwell. The GTX 1050 Ti has 768 cores — but on 14nm Pascal.

A smaller process means more transistors in the same space, running cooler and more efficiently. The result isn't just incremental. It's architectural.

More cores. Better cores. And two fans to keep them cold.

🎮

1080p Without Limits

4GB GDDR5 at 1752 MHz. Enough headroom for high-res textures, large frame buffers, and complex shader programs — all running at full 1080p.

❄️

Dual-Fan Thermal

Two fans, half the load each. The V-shaped fin array channels airflow through the center. Sustained performance under extended workloads — not just benchmark bursts.

⚡

No External Power

75W. PCIe slot only. Dual fans, 768 Pascal cores, DisplayPort output — all without an external power connector. The architecture earns it.

768

01 — Fiercer

Fiercer

768 Shader Cores · Dual-Fan · 14nm Pascal

768 vs 640 — the step up matters

768 shader cores on 14nm Pascal versus 640 cores on 28nm Maxwell. The count is higher. The architecture is better. Smaller process = more transistors per mm², more performance per watt. The GTX 1050 Ti doesn't just have more cores — it has more capable cores.

Dual-Fan Thermal Design

The V-shaped heatsink fin array channels airflow from both fans through the center of the card. Each fan handles half the thermal load. The result: sustained performance under extended workloads, not just burst performance in benchmarks.

4GB GDDR5 at 1752 MHz

High-resolution textures. Complex shader programs. Large frame buffers. 4GB is the minimum for comfortable 1080p gaming in 2026. The GTX 1050 Ti meets it without compromise.

768

Shader Cores

4GB

GDDR5 · 1752 MHz

0W Ext.

Power Required

Series First — DisplayPort 144Hz Unlocked

0 fps

1920 × 1080

DisplayPort · 144Hz

Primary — Gaming

HDMI

1080p · 60Hz

Secondary — Work

DisplayPort

HDMI

DVI

+ legacy ready

02 — Capable

Capable

DP + HDMI + DVI · DirectX 12 · Pascal 14nm

DisplayPort — now you have options. DisplayPort is the connection standard for high-refresh-rate monitors, professional displays, and multi-monitor productivity setups. The GTX 1050 Ti brings it to the entry of mid-range. 144Hz gaming monitors. 4K output. Daisy-chain displays. All unlocked.
DirectX 12 Feature Level 12_1 — Full DX12 native support. Modern games run correctly. Modern engines compile shaders properly. No compatibility workarounds required. Same feature level as cards two tiers above it.
GP107 · Pascal · 14nm — One generation newer than Maxwell. 14nm means more performance per watt, higher sustained clock speeds, better thermal efficiency. 1291 MHz base clock. This is the architecture that powered the GTX 1060, 1070, and 1080.
DP + HDMI + DVI — Triple Output — One bracket. Three connections. Any monitor from any era. Any office, any studio, any deployment.

Shader Cores · Generation Comparison

G210 — 16 SPs / 31W / Single Fan16

GT1030 D — 384 SPs / 30W / Single Fan384

GTX 750 Ti — 640 SPs / 60W / Single Fan640

GTX 1050 Ti — 768 SPs / 75W / Dual Fan768

Under Extended Load Single Fan vs Dual Fan · 60 min sustained

95°C 80°C 65°C 50°C

Throttle Zone

Safe Zone

Single Fan

Hits throttle zone → clock speed drops → performance loss

Dual Fan · GTX 1050 Ti

Stays in safe zone → full clock speed maintained

Half load.

Each fan handles 50% of the thermal budget. Not because the card runs hot — because headroom is what makes it last.

03 — Reliability

Reliability

1,500,000 hr MTBF · 171 Years · Zero Maintenance

Not because it's the most powerful card in the room.

Because dual fans running at half load last longer than one fan running at full.

Hours MTBF

Human Aviation History — 123 Years

✈

1903
Wright Bros.

1969
Moon Landing

2026
Today

GTX 1050 Ti Theoretical Lifespan — 171 Years

2026
You install

2101
22nd Century

2197
GTX 1050 Ti (theory)

The aviation era spans 123 years. The GTX 1050 Ti's rated lifespan is 171 years — 39% longer than the entire history of human flight.

It outlives the entire history of flight — from the Wright brothers to your next boarding pass.
It was already ready. It will still be ready.

171

Years Theoretical

1.5M

Hours MTBF

Entry Series Complete.

G210

16 Cores · 31W

Display Output

GT730

96 Cores · 49W

Office Deployment

GT1030

384 Cores · 30W

Efficient Creation

GTX 750 Ti

640 Cores · 60W

First Gaming

★

GTX 1050 Ti

768 Cores · 75W · Dual Fan

Entry Series — End.

→ Mid Range

Packaging Design

GTX 1050 Ti4GB GDDR5

Simorchip

Simorchip · Pascal Edge Series

4GB DP+HDMI+DVI
GDDR5

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 · GP107 · 14nm Pascal

Architecture	GP107 · 14nm Pascal
Stream Processors	768
Core Frequency	1291 MHz
Memory Type	GDDR5
Memory Capacity	4 GB
Memory Frequency	1752 MHz
Memory Bus Width	128-bit
Bus Interface	PCIe 3.0 × 16
Display Outputs	DP + HDMI + DVI
Max Resolution	1920 × 1080
DirectX Support	DirectX 12 (12_1)
External Power	Not Required
Power Consumption	75W
Recommended PSU	250W 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.