Buy Goldshell KD6 29.2T KDA Miner – Powerful & Efficient Kadena ASIC Miner
The Goldshell KD6 29.2T KDA Miner is one of the most powerful and energy-efficient ASIC miners available for mining Kadena (KDA). Designed for serious miners and professional operations, this miner delivers a stable 29.2 terahashes per second (29.2T) hash power with optimized energy efficiency and robust reliability. Whether you’re upgrading your mining farm or building a new one, the KD6 offers exceptional performance for long-term profitability.
Goldshell, a trusted leader in blockchain mining hardware, builds the KD6 with high-quality components and advanced cooling systems, making it perfect for 24/7 continuous mining in dedicated environments.
What Is the GOLDSHELL KD6 29.2T KDA MINER?
The Goldshell KD6 is a dedicated ASIC miner engineered exclusively for the Blake2S hashing algorithm, which is used by the Kadena (KDA) network. Unlike GPU mining rigs or general-purpose hardware, ASIC miners like the KD6 are purpose-built to provide the highest possible performance for one specific mining algorithm — delivering both speed and energy efficiency.
The KD6’s compact yet powerful design makes it ideal for home miners with proper ventilation and for larger mining farms that need scalable, high-performance hardware.
GOLDSHELL KD6 29.2T KDA MINER – Key Specifications
Here are the core performance specifications you need to know:
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Algorithm: Blake2S
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Supported Coin: Kadena (KDA)
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Hashrate: 29.2T ±5%
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Power Consumption: ~3220W ±10%
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Power Efficiency: Excellent for Kadena mining
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Cooling System: Dual high-speed fans
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Network Connection: Ethernet
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Input Voltage: AC 220V
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Operating Mode: Continuous 24/7 mining
These specs position the KD6 as a high-power, efficient miner for anyone committed to Kadena mining.
Why Choose the GOLDSHELL KD6 29.2T KDA MINER?
🚀 1. High Hashpower for Competitive Mining
With a powerful 29.2T hashrate, the KD6 ensures that you contribute significant computing power to the Kadena network. Higher hash power improves your chance of consistent rewards while helping secure the network.
⚡ 2. Optimized Power Efficiency
Despite its high performance, the KD6 maintains balanced energy usage compared to older miners. Its design helps reduce electricity cost per terahash, which is critical for long-term profitability.
🛠 3. Goldshell Reputation for Reliability
Goldshell miners are known for consistent performance and durability. The KD6 continues that tradition with quality hardware and stable firmware that’s engineered for professional use.
🔁 4. Scalable for Multi-Miner Deployment
The KD6 is ideal for both standalone deployments and multi-miner setups, letting you scale hash power smoothly as your mining operation grows.
Mining Kadena (KDA) with the KD6
Kadena (KDA) uses the Blake2S proof-of-work algorithm, requiring miners with specialized hardware to compete efficiently. The Goldshell KD6 is purpose-built for this task, delivering optimized performance and stable hashing power.
To start mining KDA:
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Position the miner in a well-ventilated area
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Connect to stable power (AC 220V)
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Connect an Ethernet cable to your network
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Input your wallet address and mining pool settings
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Monitor performance from the miner’s interface
With its 29.2T hashrate, the KD6 remains effective even as network difficulty grows — helping you maintain long-term mining potential. GOLDSHELL KD6 29.2T KDA MINER GOLDSHELL KD6 29.2T KDA MINER
Profitability Considerations
Mining profitability depends on several factors:
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Kadena (KDA) market price
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Network difficulty
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Electricity costs
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Mining pool fees
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Uptime and cooling efficiency
Because the KD6 delivers both high hash power and energy efficiency, it is positioned to provide strong performance in environments with competitive electricity rates and proper cooling.
Before purchasing, miners should estimate ROI by using current price and difficulty data in mining profitability calculators.
Ideal Use Cases for Goldshell KD6
The KD6 is ideal for:
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Professional mining farms
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Medium to large mining operations
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Experienced miners expanding hardware fleets
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Home miners with proper ventilation and power
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Users targeting long-term KDA accumulation
Its combination of performance and reliability makes it a versatile choice for different mining environments.
Setup & Maintenance
Setting up the Goldshell KD6 is straightforward:
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Place the miner in a ventilated area with good airflow
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Connect the miner to stable AC power
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Attach an Ethernet cable
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Access the miner’s web dashboard
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Enter mining pool and wallet settings
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Monitor temperature and hashrate regularly
Routine maintenance includes:
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Dust cleaning of heat sinks and fans
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Verifying consistent airflow
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Checking temperature and hash stability
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Updating firmware if applicable
With regular care, the KD6 can operate reliably 24/7.
Buy Goldshell KD6 29.2T Miner
When you’re ready to buy Goldshell KD6 29.2T KDA Miner, choose a reliable supplier that tests each unit and verifies performance. A trusted seller ensures your hardware arrives ready for deployment with minimal setup time.
Receiving confirmed hashrate and power performance helps reduce startup headaches and ensures your mining setup runs smoothly from day one.
Final Thoughts
The Goldshell KD6 29.2T KDA Miner is a powerful, energy-efficient, and reliable mining solution specifically tailored for mining Kadena’s Blake2S proof-of-work algorithm. With strong hash power, optimized power consumption, and professional durability, the KD6 stands out as a compelling choice for miners who want performance and long-term stability.
Whether you’re scaling an existing mining fleet or launching a new Kadena mining project, the KD6 delivers the power and efficiency required to stay competitive.
Description
Model KD6 from Goldshell mining Kadena algorithm with a maximum hashrate of 29.2Th/s for a power consumption of 2560W.
Specifications
| Manufacturer | Goldshell |
|---|---|
| Model | KD6 |
| Also known as | KD6 Kadena miner |
| Release | April 2022 |
| Size | 200 x 264 x 290mm |
| Weight | 8500g |
| Noise level | 80db |
| Fan(s) | 2 |
| Power | 2560W |
| Voltage | 176~264V |
| Interface | Ethernet |
| Temperature | 5 – 35 °C |
| Humidity | 5 – 95 % |
