RENDER is the utility token of Render Network. The network connects GPU computing providers with creators, studios, and other users that need rendering or AI computing resources.

Render Network Price Today, Live Market & Historical Trend Chart

Q: What is Render Network mainly used for?

Render Network is a distributed GPU computing network. GPU providers can contribute idle computing power, while requesters can submit tasks for the network to process. It serves rendering workflows and also supports AI computing tasks.

Q: How is RENDER used in the network?

Under the BME model, requesters exchange RENDER for Render Credits of equivalent value, then use those Credits to submit computing tasks to the network. RENDER is the underlying token in the network payment flow.

Q: What is the difference between RENDER and Render Credits?

Render Credits are non-transferable, non-fungible credits for requesting computing work. They are created by exchanging RENDER and are used to submit tasks; they should not be confused with the transferable RENDER token.

Q: What happens when RENDER is used to pay for computing tasks?

After creators exchange for Render Credits, they can use them to pay for rendering or AI computing work on the network; the RENDER corresponding to that payment is burned in the BME process.

Q: How do GPU nodes receive RENDER?

Nodes that complete GPU work for the network can receive RENDER network emissions. Emissions are intended to incentivize computing supply, and their specific arrangements are set by network governance proposals.

Q: What is the BME model?

BME means the Burn-and-Mint Equilibrium model. It combines RENDER burned by computing tasks with RENDER emissions for nodes to coordinate network demand, supply, and incentives.

Q: What is the relationship between RENDER and the earlier RNDR?

The network currently uses the RENDER SPL token on Solana. The earlier RNDR ERC-20 token is a legacy version, and official upgrade resources are available for migration to RENDER SPL.

Q: How should RENDER's supply and issuance mechanism be understood?

RENDER issuance and distribution are related to the network emissions mechanism, and relevant parameters can be updated through community governance proposals. When reviewing supply data, distinguish historical metrics for legacy RNDR from the current RENDER mechanism.

Q: How can I participate in Render Network?

Creators or studios can submit computing work through relevant Render Network entry points; GPU owners can participate as computing suppliers. Refer to official documentation for specific eligibility, software, and task requirements.

Rank 69

$1.9184

+$0.0787(+4.28%)

Market Cap

$970.73M

24h High

$1.9189

24h Low

$1.8295

24h Turnover

$280.96K

Total Supply

532.21M

Market Sentiment

Neutral

Render Network (RENDER) Price Performance

View Render Network (RENDER) Price Prediction

Render (RENDER) has a Last Price of $1.9184, with a 24h change of +4.28%. The 24h low is $1.8295, the 24h high is $1.9189, and the 24h turnover is $280.96K. The current market cap is approximately $970.73M, ranking 69 by market cap and accounting for 0.018% of the total crypto market cap. The All-Time High is $13.5961 (⁦2024-03-17⁩), with a change from the All-Time High of -85.89%.

7 Days
-0.61%
Low
$1.7202
High
$2.0080
30 Days
+2.21%
Low
$1.6783
High
$2.2287
90 Days
+29.83%
Low
$1.2269
High
$2.2287
1 Year
-22.48%
Low
$1.1219
High
$2.9330

Fear & Greed Index

0 Extreme Fear100 Extreme Greed

Yesterday: 55; Normal
Last Week: 62; Greed
Last Month: 70; Greed

The Fear & Greed Index is currently 63/100, in the Greed zone; change from yesterday: +8, from last week: +1, and from last month: -7. Lower values indicate more fearful sentiment, while higher values indicate more greedy sentiment. This does not represent price change.

Why Did Render Network (RENDER) Rise in the Last 24 Hours?

Grayscale’s AI fund included RENDER among its core holdings on October 15, followed by DePIN-related attention on October 19. These developments may have supported expectations around institutional allocation and the AI/DePIN narrative, but without fund net-flow data they do not confirm sustained demand or explain the price movement. In the order-book snapshot from 2026-10-21, the top-five-level buy-to-sell volume ratio was about 0.81, indicating a relatively balanced book, while estimated depth on each side was only about $261 and $324. This relatively shallow local liquidity could amplify volatility from limited trading, but does not reveal the direction of flows or traders’ intentions. The four-hour moving averages were bearish, with no MACD crossover; the overall technical signal remained weak and did not confirm a trend reversal. A single hourly candle showed only a small increase, and the absence of a historical volume benchmark means it cannot demonstrate broader participation. Institutional and narrative factors are therefore only possible context; order-book effects and a technical rebound remain plausible explanations, not confirmed drivers.

About Render Network (RENDER)

Render Network uses a decentralized GPU model to provide near real-time rendering, meeting growing GPU demand for 3D rendering and emerging applications. It leverages idle GPU resources to boost speed, cut costs, and scale operations, while rewarding providers for improved efficiency. It also offers open access to rendering and related software providers.

Use Cases and Features

Render Network is a distributed GPU network that connects GPU providers with creators, studios, and other parties needing computing resources. RENDER is its network utility token: requesters can exchange RENDER for non-transferable Render Credits to submit rendering or AI computing tasks; nodes that provide GPU capacity and complete work can receive RENDER through network emissions. The token itself differs from Render Credits, which are computing credentials for specific work tasks.

Supply and Issuance Mechanism

RENDER’s network mechanism uses a Burn-and-Mint Equilibrium (BME) model: corresponding RENDER is burned when creators exchange it for Render Credits for computing tasks, while nodes that complete GPU work receive RENDER through network emissions. The model’s emissions and distribution may be adjusted through community governance proposals. The network currently uses the RENDER SPL token on Solana, and earlier RNDR tokens can be migrated through the official upgrade process.

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Est.30-Day APR

0.73%

Fiat Exchange

RENDER to USD$1.8732

RENDER to RUB₽144.858

RENDER to EUR€1.6383

RENDER to BRLR$9.6790

RENDER to INR₹178.807

RENDER to AEDد.إ6.8793

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Render Network (RENDER) Basics & Market Insights

Fundamentals

What Is Render (RENDER)? A Complete Guide to the Decentralized GPU Rendering NetworkBeginner

What Is Render Token? All You Need to Know About RNDRBeginner

Render Network (RNDR) Research ReportIntermediate

Market Analysis

ComputeFi Deep Dive: How Render, Akash, Cysic, and Bittensor Compete for Dominance in the AI Compute MarketAI’s surging demand for computational power is fueling the rise of ComputeFi. This article offers a comprehensive analysis of the decentralized computing market, breaking down the competitive landscape among Render, Akash, Cysic, and Bittensor, and exploring how decentralized compute is poised to become the foundational infrastructure for the next generation of Web3.2026-08-06

2026 AI Crypto Sector Revaluation: How BLESS, Render, and UnifAI Compete for the Next Generation of AI Infrastructure ValueIn Q2 2026, the AI crypto sector is shifting from narrative-driven hype to tangible value realization. Drawing on the latest on-chain data, this article offers an in-depth analysis of the decentralized compute networks BLESS and Render, as well as the AI Agent platform UnifAI, exploring their ecosystem developments, market performance, and industry dynamics.2026-08-04

DePIN GPU Deep Dive: Which Has Greater Long-Term Growth Potential—AKT, RNDR, IO, or FIL?A Deep Dive into the Positioning and Differences of Akash, Render, io.net, and Filecoin in the Age of AI Computing Power2026-05-29

Frequently Asked Questions About Render Network (RENDER)

What is RENDER?

What is Render Network mainly used for?

How is RENDER used in the network?

What is the difference between RENDER and Render Credits?

What happens when RENDER is used to pay for computing tasks?

How do GPU nodes receive RENDER?

What is the BME model?

What is the relationship between RENDER and the earlier RNDR?

How should RENDER's supply and issuance mechanism be understood?

How can I participate in Render Network?

How can I identify the official RENDER asset?

Where can I get official RENDER information?

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