Is there any way one can transfer files at a long distance without the Internet?

When companies are transferring files over long distances, when they choose traditional FTP, network disks, etc. to transfer large files, in addition to slow speed, they often encounter transmission errors, transmission interruptions, and resuming transmissions. Although the traditional FTP transfer method supports the batch transfer of folders, when the number of files is large, in addition to the very slow speed, there are often problems such as missing files, file content errors, and inconsistent file numbers.

Is there any way one can transfer files at a long distance without the Internet?

When the file capacity increases and the network environment becomes worse, the efficiency of file transfer and data exchange is low, and the security is poor. If the file is larger, usually a lower method such as express hard disk is used, which cannot meet the requirements of enterprises to obtain files on time. Seriously affect the overall operating efficiency of the enterprise.

This type of data transfer requires the use of data transfer protocols to ensure efficient and rapid transfer on high-speed networks. Several new data transfer protocols based on TCP or UDP have been introduced, and some comparative analysis and research have been carried out on such protocols.

There are currently several data transfer protocols and congestion control mechanisms GridFTP, FASP, QUIC, BBR, and LEDBAT, which are potential candidates for comparison in various scenarios. These protocols are designed to make fair use of available bandwidth among competing streams and provide reduced packet loss, reduced delay, and fast data transmission. In this paper, the behavior and performance of the data transfer protocol in various scenarios are explained.

These scenarios include transfers with various file sizes, multiple streams, background, and competing for traffic. The results show that FASP and GridFTP have the best performance among all protocols in most scenarios, especially for long-distance transfer with a large bandwidth-delay product (BDP). Due to the nature of its current implementation, QUIC has the lowest performance, which limits the size of the transmitted data and the bandwidth used. TCP BBR performs well in short-distance scenarios, but its performance decreases as the distance increases. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical. In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical.

In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver. The performance of LEDBAT cannot be predicted, so a complete evaluation cannot be performed. Comparing the performance of the protocol with background traffic and competing traffic shows that, except for FASP, most protocols are fair and radical. In addition, QUIC and FASP, which have the highest CPU utilization, are used to measure the resource utilization of each protocol on the sender and receiver.

As a professional large file transfer system, RaySync supports high-speed file transfer, point to point transfer, and file synchronization services. The website provides a free download version, which includes 100GB download traffic, UDP transmission up to 200Mbps, TCP transmission wireless, and the server supports up to 3 simultaneous access users. The user needs to download a client, and the Raysync server needs to activate the license to experience the maximum speed. If it is not activated, the default is 5Mbps bandwidth. You can send any type of file until 100GB is used up, there is no time limit. Raysync transfer software is well optimized for long-distance and transnational transfer. If it needs to be transmitted from domestic to overseas, its transfer speed is the same as the domestic transfer.

For small and medium enterprises, Raysync also has a corresponding package: Raysync SMB, which only costs $599/year with up to 50 user accounts, and each user account can be as low as $11.98/year.

Enjoy the fast and secure file transfer experience with Raysync now!

We've all been there. You've spent hours curating a document, editing a video, or modifying an image, only to see that the file is too large to send as an attachment via email.

So, how are you supposed to share large files with other people? Don't worry; there are plenty of apps to send big files on both Android and iOS. Let's take a look at some of the best.

Though you can send large files over email with some workarounds, email is generally not the best way to share large files. So, what is? You should begin by trying SHAREit.

SHAREit is a Wi-Fi file transfer app. As long as two people on the same network have the app installed on their device, they can transfer files at up to 200 times the speed that Bluetooth allows. Indeed, the highest transfer speed is 42MB/s and no quality is lost. This means you can share a 1GB file in less than 30 seconds.

The app supports many file formats, allowing you to send long videos, share large files, and push music files to friends' devices. SHAREit also has a built-in video player, music player, and a music discovery tool. You can even use it to find GIFs, wallpapers, and stickers.

Perhaps most importantly, however, the app isn't just limited to Android and iOS. It also has releases available for Windows and Mac. As long as all the devices are on the same Wi-Fi network, you can bounce files between them in seconds. SHAREit does not have a maximum file size.

Download: SHAREit for Android | iOS (Free, in-app purchases available)

2. Send Anywhere

Send Anywhere is a long-distance file transfer app that also supports Wi-Fi sharing. Unlike many other apps that can send large videos, Send Anywhere does not require you to make an account before you can use the service. Instead, it uses secure sockets layer (SSL) security and a six-digit key to pair two devices together.

The app supports sharing files with multiple people at the same time. It also lets you transfer files to a specific device in cases where lots of Send Anywhere-enabled devices are available on your network. All files are sent using 256-bit encryption.

In addition to the Android and iOS apps, Send Anywhere is available as a free web app. There's also a premium version of the service. Called Sendy PRO (the old Send Anywhere PLUS premium service has been discontinued), it adds 1TB of cloud storage as well as features such as file links via email, a link management tool, folder management, and link comments. Remember: you don't need cloud storage to share large files.

Shared files are only available for 10 minutes by default, but you can change this in the app's settings.

Download: Send Anywhere for Android | iOS (Free, in-app purchases available)

3. Xender

Another of the best apps to share large files is Xender. It's available on Android and iOS devices, but also supports Windows, macOS, and Tizen. For those who don't know, Tizen is an open-source Linux-based operating system found in many of Samsung's wearables and smart TVs.

Xender supports sending apps, music files, PDFs, ZIP files, and even entire folders. Like SHAREit, the app offers transfer speeds that are far faster than Bluetooth.

We especially like Xender thanks to some of its extra features. There's an MP3 converter that can extract a song from a video file and save it as an audio file, plus a social media downloader that allows you to save/share videos from WhatsApp, Facebook, and Instagram.

Xender does not have a file size limit.

Download: Xender for Android | iOS (Free)

4. Filemail

Under the hood, Filemail is a file-sharing app. However, it tries to replicate the email experience as closely as possible.

When you hit the send button, the receiver will get a simple email link in their inbox. Click the link and the file will start downloading; you don't need to perform the download via a standalone site. If the receiver has the Filemail app installed, they can also download directly via the app's interface.

The sender will get an alert once the file was successfully received. You can use the Open With interface to share any file through the app. There is no limit on the number of files you can send or the file sizes. All you need to send the file is the recipient's email address.

Download: Filemail for Android | iOS (Free, in-app purchases available)

Made by Vivo, EasyShare is perhaps the best file transfer app that works without the internet. Although it uses Bluetooth to transfer files, EasyShare makes the process much faster. So, this is certainly a good option if you want to transfer large files without using mobile data.

EasyShare lets you transfer apps, videos, files, photos, music, and contacts. The receiver can receive the file by scanning a QR code or connecting to a hotspot connection provided by the app.

The app is available for both iOS and Android and allows cross-platform sharing. Using this app, you can also clone all your phone data to a new one. Although there's no file size limit, the devices need to be close to each other—within range for a Bluetooth connection.

Download: EasyShare for Android | iOS (Free)

Whilst not an app in the traditional sense, Nearby Share is set to become one of the best ways to send large files between Android devices.

Launched in August 2020 as a successor to the now-depreciated Android Beam, Nearby Share can use either Bluetooth, Bluetooth Low Energy, WebRTC, or peer-to-peer Wi-Fi protocols for sending files. This means you can send files to other users when you're offline and without worrying about data caps when you're online. File sending and receiving works publicly or anonymously, and you have complete control over who can see your device when you're in their vicinity.

Google has also introduced Nearby Share to Chromebooks. Historically, it was difficult to share large files from ChromeOS if you didn't want to use a web app, so Nearby Share's arrival has been a welcome addition to the platform.

If you want to enable the feature, you can read our guide on setting up and using Nearby Share.

Sharing Non-Mobile Files

All the apps we've covered will let you share and/or send large files on both Android and iOS devices. But what can you do if the file you want to see isn't saved on your mobile device?

In those cases, you need to turn to a tool for sharing large files over the web. Some of the best tools include ShareDrop, JustBeamIt, and SendGB.

How can I send something anywhere without internet?

Wi-Fi connection is advised to use not to get charged for data, especially when you transfer big files on your mobile device. * Between Android devices, you can transfer files without an internet connection using Wi-Fi Direct mode.

How can I share files over Wi

Step 1: On your Android device, open device Settings and go to Network & internet. Step 2: Tap on Hotspot & tethering followed by Wi-Fi hotspot. Step 3: If you are using the hotspot for the first time, give it a custom name and set a password here. Then enable it by turning on the toggle.

How can I send a large file to someone far away?

Best Ways to Share Big Files.
Upload your files to a cloud storage service, and share them or email them to others..
Use file compression software, like 7-Zip..
Purchase a USB flash drive..
Use Jumpshare, a free online service..
Try Sendy PRO..
Use a VPN..
Transfer files using SFTP..

How can I transfer files from PC to phone without Wi

Transfer Files from PC to Android WiFi without App – Bluetooth.
Step 1: Turn On Bluetooth. First of all, you have to turn Bluetooth on your PC as well as the Android device..
Step 2: Connect Your PC To the Android. ... .
Step 3: Send Files. ... .
Step 4: Select Files. ... .
Step 5: Accept the Connection. ... .
Step 6: Save In Desired Folder..