Golang | Goroutine vs Thread Last Updated : 14 Mar, 2023 Comments Improve Suggest changes Like Article Like Report Goroutine: A Goroutine is a function or method which executes independently and simultaneously in connection with any other Goroutines present in your program. Or in other words, every concurrently executing activity in Go language is known as a Goroutines. Thread: A process is a part of an operating system which is responsible for executing an application. Every program that executes on your system is a process and to run the code inside the application a process uses a term known as a thread. A thread is a lightweight process, or in other words, a thread is a unit which executes the code under the program. So every program has logic and a thread is responsible for executing this logic. Here are some of the differences between Goroutine and Thread: GoroutineThreadGoroutines are managed by the go runtime.Operating system threads are managed by kernel.Goroutine are not hardware dependent.Threads are hardware dependent.Goroutines have easy communication medium known as channel.Thread does not have easy communication medium.Due to the presence of channel one goroutine can communicate with other goroutine with low latency.Due to lack of easy communication medium inter-threads communicate takes place with high latency.Goroutine does not have ID because go does not have Thread Local Storage.Threads have their own unique ID because they have Thread Local Storage.Goroutines are cheaper than threads.The cost of threads are higher than goroutine.They are cooperatively scheduled.They are preemptively scheduled.They have faster startup time than threads.They have slow startup time than goroutines.Goroutine has growable segmented stacks.Threads does not have growable segmented stacks. Comment More infoAdvertise with us Next Article Golang | Goroutine vs Thread A ankita_saini Follow Improve Article Tags : Difference Between Go Language Golang Golang-Concurrency Similar Reads Methods in Golang Go methods are like functions but with a key difference: they have a receiver argument, which allows access to the receiver's properties. The receiver can be a struct or non-struct type, but both must be in the same package. Methods cannot be created for types defined in other packages, including bu 3 min read How to Manage Goroutine Resources in Golang? A goroutine is a lightweight, concurrent execution unit in Go, managed by the Go runtime. It is much lighter than a thread, allowing thousands or even millions to run efficiently. Goroutines execute concurrently and are scheduled automatically, making concurrent programming in Go simple and efficien 6 min read Recover in Golang Just like try/catch block in exception in languages like Java, C#, etc. are used to catch exception similarly in Go language, recover function is used to handle panic. It is an inbuilt function which is defined under the builtin package of the Go language. The main use of this function is to regain 4 min read Goroutines - Concurrency in Golang Goroutines in Go let functions run concurrently, using less memory than traditional threads. Every Go program starts with a main Goroutine, and if it exits, all others stop.Examplepackage mainimport "fmt"func display(str string) { for i := 0; i < 3; i++ { fmt.Println(str) }}func main() { go displ 2 min read Import in GoLang Pre-requisite learning: Installing Go on Windows / Installing Go on MacOSÂ Technically defining, a package is essentially a container of source code for some specific purpose. This means that the package is a capsule that holds multiple elements of drug/medicine binding them all together and protect 9 min read Like