Get answers to frequently asked questions about CME CF Bitcoin Reference Rate and Real Time Index, including answers about oversight, paperwork and more. CME Bitcoin futures are now available for trading. Learn why traders use futures, how to trade futures, and what steps you should take to get started. Watch bitcoin market definition replay of the 2017 Tech Talk event, featuring speakers from Colt, Orbital Insight and more.

The CME Institute is your resource for trading education. Designed for new and advanced traders come explore our courses and practice on our simulator. Learn the role of the futures markets in everyday life and the fundamentals of the derivatives markets. Looking for information on Bitcoin futures?

We provide a marketplace for buyers and sellers, bringing together individuals, companies, and institutions that need to manage risk or that want to profit by accepting risk. Our exchanges, CME, CBOT, NYMEX, and COMEX, offer the widest range of global pricing products across all major asset classes including futures and options based on interest rates, equity indexes, foreign exchange, energy, agricultural commodities, metals, weather, and real estate. Why is CME Group involved in Bitcoin? CME Group is committed to fostering open standards, diverse participation, and cultivating the highest standards and protocols as digital asset technology evolves. These products are designed to allow bitcoin traders, companies and other users to rely on a credible reference rate price source.

This is an important step to making bitcoin trading more secure and accessible, and CME Group is proud to lead the way for the nascent industry as digital assets evolve. The BRR aggregates the trade flow of major bitcoin spot exchanges during a specific calculation window into a once-a-day reference rate of the U. Calculation rules are geared toward a maximum of transparency and real time replicability in underlying spot markets. The BRTI aggregates global demand to buy and sell bitcoin into a consolidated order book that reflects the fair, instantaneous U. It is geared toward low latency and timeliness and is based entirely on forward looking input data.