> For the complete documentation index, see [llms.txt](https://docs.hashcloud.sh/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.hashcloud.sh/vip-amplify/vip-gpu-limit-diagrams.md).

# VIP GPU Limit Diagrams

### **Overview**

The **VIP GPU Limit Diagrams** visually and logically represent how *staking commitment* directly influences *hardware authorization* and *reward eligibility* within the HashCloud network.\
These diagrams serve as a transparent guide to the hierarchical relationship between staking tiers, GPU count, VRAM capacity, and mining reward eligibility.

In essence, the system defines a deterministic link:

{% code overflow="wrap" fullWidth="false" expandable="true" %}

```markup
VIP Level⇒GPU Count⇒VRAM Tier⇒Eligible Rewards
```

{% endcode %}

This ensures that the network remains fair, predictable, and resistant to hardware centralization.

{% stepper %}
{% step %}

### Flow representation

The process of hardware validation and reward eligibility follows a structured sequence. This logical flow ensures clarity from initial staking to the final verification of mining capacity.
{% endstep %}

{% step %}

### Step: Stake Amount

The miner begins by staking HCLD tokens. The staked quantity determines the potential mining tier and associated privileges.
{% endstep %}

{% step %}

### Step: VIP Tier Determined

Once tokens are staked, the backend assigns a corresponding **VIP level**. Each tier defines strict boundaries on GPU count and maximum VRAM capacity to maintain fairness.
{% endstep %}

{% step %}

### Step: Hardware Validation

The system verifies the miner’s GPU setup, confirming that both the **number of GPUs** and **VRAM per unit** fall within tier constraints. Hardware exceeding limits is automatically flagged and disqualified from mining eligibility.
{% endstep %}

{% step %}

### Step: Reward Eligibility

If the miner’s configuration passes validation, the account becomes *eligible* for compute task assignments and reward computation within the authorized tier.
{% endstep %}
{% endstepper %}

### **Mapping Overview**

The diagrams and flow mappings used in this policy can be conceptually represented as follows:

| **Mapping Parameter**            | **Description**                                                                 |
| -------------------------------- | ------------------------------------------------------------------------------- |
| **VIP Level → GPU Limit**        | Defines the maximum number of GPUs permitted for a given VIP level.             |
| **GPU Count → VRAM Tier**        | Associates each GPU with a specific VRAM threshold per tier.                    |
| **VRAM Tier → Eligible Rewards** | Determines the miner’s reward category based on validated hardware performance. |

This mapping ensures a consistent and auditable relationship between **staking effort** and **computational authorization**.

### **System Logic Flow**

#### **Logical Sequence**

```
Input: Stake Amount
↓
Derive: VIP Level
↓
Check: GPU Count & VRAM Capacity
↓
Validate: Hardware Compliance
↓
Authorize: Reward Eligibility
```

#### **Key Insight**

* Each input (staked tokens) correlates linearly to *permissioned compute capacity*.
* Violations (such as over-VRAM GPUs) result in reward disqualification but do not penalize the staked tokens.
* The model maintains equilibrium between capital commitment and technical fairness.

## Purpose

### **Purpose and Design Intent**

The **VIP GPU Limit Diagram** framework fulfills several important design objectives:

* **Transparency:** Makes it clear how staking tiers translate into permissible GPU configurations.
* **Fair Competition:** Prevents disproportionate rewards for miners using excessive hardware resources.
* **Network Efficiency:** Standardizes performance across diverse mining setups, minimizing backend computation skew.
* **Educational Clarity:** Provides visual and logical representation for both newcomers and advanced miners to understand network scaling.

By making the staking-to-hardware relationship explicit, HashCloud reinforces its philosophy of *fair scaling through verifiable compute*.

{% hint style="info" %}
These diagrams make it explicit how staking commitment (VIP level) translates into permitted mining capacity and which rewards a miner can unlock.
{% endhint %}