Render Price
High-end 3D work is brutally slow on a single machine. Turning a scene into finished frames is the kind of job studios have always sent to a render farm, and farm time is expensive and often booked out. Render grew out of that world. It is a network that matc…
Market data via Binance · signals computed live from daily closes · not financial advice.
Key market insights
A plain-language read of live indicators computed from daily closes — these describe current price behaviour, not a forecast.
Technical analysis
Moving averages, momentum and support/resistance from daily closing prices — a snapshot of current structure, not a forecast.
Historical performance
52-week high and low with trailing returns across time windows. Computed from up to 365 daily closes.
Automated observations
Generated mechanically from current market data (volatility, trend, distance from highs) — descriptive, not advice.
Strengths · tailwinds
- MACD is above its signal line — near-term momentum is upward.
Risks · headwinds
- Annualised volatility of 97% — large day-to-day swings.
- Price is below the 50-day average, which sits below the 200-day — a classic downtrend alignment.
- Trading 67% below its 52-week high — well off recent peaks.
Supply structure
Render has no fixed maximum supply. Circulating supply is a curated estimate used to derive market cap.
Render derivatives
Live perpetual-swap metrics. Funding is the periodic payment between longs and shorts; open interest is the total value of outstanding contracts. Informational — not a recommendation to trade leveraged products.
Source: Binance Futures · funding shown per 8h and annualised. Leveraged products carry high risk; informational only.
Convert Render to US Dollar
Two-way RENDER ↔ USD at the live Binance price. Type an amount in either field, or tap a preset.
About Render
High-end 3D work is brutally slow on a single machine. Turning a scene into finished frames is the kind of job studios have always sent to a render farm, and farm time is expensive and often booked out. Render grew out of that world. It is a network that matches artists who need frames produced with people whose graphics cards are sitting idle, so unused hardware anywhere can be pointed at somebody else's queue.
A job is submitted, broken into pieces and distributed to node operators, who run the work locally and return the results. Those results are checked before payment is released, and operators build up a reputation that affects the jobs and prices they see — artists in a hurry can pay for faster, more trusted capacity, while cheaper tiers trade speed for cost. The RENDER token is the unit of payment: creators spend it to have work done, operators earn it for doing the work. The token began life on Ethereum and later migrated to <a href="/coins/solana/">Solana</a>, so always confirm which network an address belongs to before sending anything.
Real usage comes from visual effects, animation, motion graphics, architectural visualisation and product imagery — jobs where deadlines are hard and rendering is the bottleneck. The network has since broadened beyond rendering towards general graphics-card compute, including the machine-learning workloads that compete for exactly the same hardware, which widens both the potential demand and the competition.
The honest difficulties are practical ones. Selling compute means competing on price and reliability with commodity cloud providers who are very good at this, so demand has to come from paying creative work rather than enthusiasm for the token. Verifying that a remote, untrusted machine did a job correctly is a genuinely hard problem and the checks add overhead. Artists need their particular software and plugins supported, which limits who can actually use it. Operators carry electricity and hardware costs against income in a volatile token. And distributing client assets to strangers' machines raises confidentiality questions that studios take seriously — the sort of thing worth checking against <a href="/learn/how-to-evaluate-a-crypto-project/">how to evaluate a crypto project</a> before drawing conclusions.
Render vs peers
| Coin | Price | 24h | Market Cap |
|---|---|---|---|
| Render RENDER | $1.46 | +0.27% | $761.28M |
| BNB BNB | $569.31 | +0.88% | $79.70B |
| XRP XRP | $1.10 | +0.87% | $63.81B |
| Solana SOL | $74.44 | +0.81% | $35.36B |
| TRON TRX | $0.3313 | +0.27% | $28.69B |
| Monero XMR | $362.66 | -0.12% | $6.69B |
Render FAQ
Can I earn by renting out my gaming graphics card?
In principle yes, but temper expectations. Operators are competing against purpose-built machines and cheap cloud capacity, and you must cover electricity, wear and downtime out of what you earn. Job availability is uneven rather than constant. Treat it as a way to put genuinely idle hardware to work, not as a reliable income stream, and do the electricity arithmetic first.
Why does the token exist on more than one chain?
Because it moved. The token was originally issued on Ethereum and later migrated to Solana, and material written at different times reflects different eras. This matters practically: sending to an address on the wrong network is one of the easiest ways to lose funds permanently. Check the network your wallet and your exchange are each using before every transfer, not just the first one.
Is my artwork private if I render it on the network?
Scenes and assets are distributed to third-party machines to be processed, so this is a real consideration for anyone under a confidentiality agreement. The network has mechanisms and operator tiers intended to address it, but if you are handling an unreleased client project, read the terms carefully and check what your own contract permits before uploading anything.
What decides the price of a render job?
Work is priced in the network's own internal units based on the compute a job consumes, with a choice of service tiers trading speed and operator reputation against cost. You then settle in the token. That means your bill in ordinary money moves with the token price, which is a genuine budgeting complication for anyone quoting fixed rates to clients.
What are the biggest risks with this asset?
Its value rests on demand for a specific service, and that service faces well-funded, conventional competition. Broadening into general compute helps but puts it up against dedicated providers too. Usage figures for networks like this are also hard for outsiders to verify independently. It is a small, thesis-driven asset and behaves accordingly — volatile, and not something to size carelessly.
Do I need to understand 3D software to hold the token?
No, but you should understand what the network sells, because that is what the token's usefulness depends on. If you cannot describe who is paying for jobs and why they would choose this over a cloud provider, you are buying a story rather than a business. That question applies to every infrastructure token, not just this one.
Last updated Jul 25, 2026