Simorchip RTX 3070 — 5888 Vectors Online. Erase the horizon.

Simorchip

Simorchip RTX
3070 8GB GDDR6 · GA104

RTX ON

Simorchip · Igniter · RTX 3070 · GA104 · 256-Bit

5888 Vectors Online. Erase the horizon.

IGNITION SEQUENCE COMPLETE · DUAL HEAVY PROPELLERS ACTIVATED

The RTX 3070 doesn't just process high-end graphics.
It annihilates the compute ceiling.
This isn't where we manage the tactical line.
This is where we erase the horizon.

RTX3070 8GB GDDR6 PCIe 4.0×16 220W GA104 256-Bit 5888 Cores RTX On

Scroll

Design Language · Weapon Code

Igniter

// DETONATION_ARMED

When the spark is struck, the response must be a firestorm.

The exact microsecond the massive 256-Bit bus detonates 5888 streaming processors into full GA104 deployment, a monumental thermal spike is born. The Igniter intercepts it instantly.

With 220W continuous power capacity, heat builds with terrifying velocity — but this aerodynamic defense shroud expels the thermal load before it can touch the silicon layer.

No delay. No tactical retreat into thermal throttling. It locks your core clocks to the absolute limit while the hardware runs wide open.

// RTX 3070 · GA104 · 256-Bit Detonation Protocol

RTX 3070 — Pull the pin. Let the Igniter torch the workload.

[ IGNITER — EXTREME DUAL FAN CLOSE-UP ]
RTX 3070 · twin gold logos dead-centered
Studio spotlight · heavy rake blades ]

Why You Need the RTX 3070

5888 Ampere cores on 8nm. 2nd-Gen RT Cores. 3rd-Gen Tensor Cores. A 256-Bit memory bus that runs 33% wider than the RTX 3060. The RTX 3070 doesn't negotiate — it commands.

When modern engines call for heavy real-time path geometry, the RTX 3070 doesn't calculate the scene — it overwhelms it with sheer numbers.

💥

5888 Cores — Complete Architectural Dominance

5888 independent Ampere processors on a high-density 8nm GA104 matrix. RT Cores and Tensor Cores execute at the physical layer. No negotiation with complex light ray tracing math. Pure, instant execution.

🔥

256-Bit — Total Bandwidth Detonation

A narrow pipeline is an engineering failure. The ultra-wide 256-Bit bus runs GDDR6 at 1750 MHz. Assets, frame buffers, and instruction sets flood the processors without a single millisecond of drag. The rendering pipeline stays wide open. Permanently.

⚙️

220W Unbound Power — Heavy Deployment

220W is the exact math to run GA104 at its absolute engineering peak. 8-Pin tap. 550W PSU. Monstrous performance demands authentic, uncompromising fueling. The core stays fully saturated. Every workload, every session.

5888

01 — Fiercer

Fiercer

5888 Stream Processors · 256-Bit · 8nm Ampere

5888 calculation vectors active. Combustion chamber fully pressurized.

The 8nm process concentrates 5888 independent computing units into the GA104 layout. When modern architectures call for heavy real-time path geometry and volumetric depth, the RTX 3070 doesn't calculate the scene — it overwhelms it with sheer numbers. The RTX 3050 had 2304. The 3060 had 3584. This is 5888.

256-Bit — 33% wider than the RTX 3060

The RTX 3060 runs a 192-Bit bus. The RTX 3070 runs 256-Bit — a full third wider. At 1750 MHz, that translates to massively higher memory bandwidth. The GA104 never throttles waiting for data. The combustion chamber stays pressurized at all times.

PCIe 4.0 × 16 — Maximum uplink, zero restriction

16 lanes at PCIe 4.0 speed. Full slot, full bandwidth. The system side can keep up with the card side. When 5888 cores fire simultaneously, the instruction stream from CPU doesn't become a choke point. Everything moves at full speed.

5888

GA104 Vectors

256-Bit

GDDR6 Ultra-Wide

220W

Thermal Target

Ignition Sequence

STANDBY

RT ON

DLSS

FPS

12ms

1440p

▶

Pull the Pin

5888 Vectors · GA104 · 220W

02 — Capable

Capable

3×DP + HDMI · DirectX 12_2 · 8nm GA104

3 × DisplayPort + HDMI — Supreme Multi-Screen Control. The triple DisplayPort layout transforms your desk into a high-end tactical command center. Drive high-refresh competitive displays alongside heavy 4K content fields simultaneously — without structural bandwidth degradation. Interface compatibility is total, absolute, and uncompromised.
DirectX 12 Feature Level 12_2 — Hardware-level absolute authority. The GA104 silicon directly executes advanced mesh shading, variable-rate shading, and sampler feedback at the metal layer. No emulation layers. The rendering pipeline outputs exactly what the source code engineered — brutal, raw, and pure.
GA104 · Ampere · 8nm · 1500 MHz — The same die that powers the RTX 3080 in reduced configuration. 5888 cores, 256-Bit bus, RT Cores, Tensor Cores — all firing at 1500 MHz base. The RTX 3060 had 3584 cores. The RTX 3070 has 5888. The hierarchy is clear.
PCIe 4.0 × 16 — Maximum Slot, Maximum Speed — Full 16-lane PCIe 4.0. The absolute maximum bandwidth the standard provides. The system side never becomes a bottleneck for 5888 cores running at full load. Zero architectural compromise from bus to silicon.

Combat Capacity — Full Escalation Chain

Legacy — 16 Cores / 只能看股票 16

Gate Guard — 2304 Cores / 115W / RTX 入口 2304

High-End Line — 3584 Cores / 170W / 12GB 破線 3584

RTX 3070 — 256-Bit 全面地平線清除 5888

[ CAPABLE — FRONT HERO ]
RTX 3070 front · orange industrial glow
Overwhelming geometric density ]

[ OUTPUT PORTS ]
3×DP · HDMI · rugged metal bracket ]

03 — Reliability

Reliability

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

Engineered for relentless continuous duty cycles. Not for shelf display.

Built to take the heat. Born to stay operational.

Hours MTBF

Core Architecture Life Expectancy

Internet History — 57 Years

1969 → 2026 · 57 years · Internet history

2026 → 2197 · 171 years · RTX 3070 (theory)

The entire history of the internet — from four connected nodes to seven billion users — fits inside the RTX 3070's rated lifespan. Twice.
從 ARPANET 的四個節點，到今天七十億人連線的世界。這段歷史，在 RTX 3070 的理論壽命裡，可以跑兩遍。

171 ∞

Years Core Life

1.5M

Hours MTBF Certified

Igniter · System Status

ARMED

Hours Until Theoretical Failure

1,500,000

counting down at 1 hr / hr · estimated depletion: 2197

Core Clock

0 MHz

Thermal Load

0°C

Power Draw

Fan RPM

0 RPM

Thermal headroom — Adequate

Clock stability — Locked

Cooling response — Instant

Long-term endurance — 1,500,000 hr rated

Packaging Design

RTX 30708GB GDDR6

Simorchip

Simorchip · Igniter · Ampere Series

8GB 3×DP+HDMI
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

High-End · GA104 · 8nm Ampere · RTX On

Architecture	GA104 · 8nm Ampere
Stream Processors	5888
Core Frequency	1500 MHz
Memory Type	GDDR6
Memory Capacity	8 GB
Memory Frequency	1750 MHz
Memory Bus Width	256-bit
Bus Interface	PCIe 4.0 × 16
Display Outputs	3 × DP + HDMI
Max Resolution	1920 × 1080
DirectX Support	DirectX 12 (12_2)
RT Cores	2nd Generation
Tensor Cores	3rd Generation
External Power	8 Pin
Power Consumption	220W
Recommended PSU	550W and above
Cooling Solution	Dual-Fan
Dimensions	230 × 115 × 44 mm
OS Support	Windows 10 / Windows 11
Market Positioning	High-End · RTX Upper

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