For some weeks now, working from home has become part of everyday life for many. Here are 4 tips on teaching you how to improve working efficiency when working at home. Make sure you own a stable permanent workplace While the idea of working on a laptop from the couch may be tempting, create an orderly work environment where you feel comfortable will improve your working efficiency. It is not possible for everyone to take up an entire room for home working at once. However, make sure that your work area provides you with sufficient peace and quiet, that you feel comfortable and are not distracted too much. It is best to coordinate with roommates or family members so that you can use an undisturbed retreat for your work. The optimal equipment If you work from home, you are usually dependent on email, telephone, video conferencing, messenger, and file systems. In general, working from home will fail because the network environment is too poor, causing large files to be sent to colleagues or customers to be interrupted in the transmission process and to fail to be sent. Raysync Transmission can overcome all difficulties in file transmission. No matter the size, quantity, and network environment of transmission files, it can bring users the ultimate transmission experience at the optimal speed. A stable Internet connection should be the core of your workplace. Please check whether your connection performance is sufficient to work remotely. Schedule a certain routine in advance You'd better schedule a specific routine on the night before or the morning after, which helps you finish the mission as soon as possible. It will also help your colleagues to plan when it is best to communicate with you. In the future, working remotely may become a normal practice. It is necessary to work hard to create a comfortable working environment, whether in the company or at home, and then devote oneself to work.

It’s no secret that as the rippling effects of the coronavirus have spread across the globe, the working environments of many have shifted dramatically. In today’s digital age, file sharing is a major part of everyday work. Those who are used to working in the traditional office now forced to work from home. Under such circumstances, file transferring has suffered many people from headaches because of the problem such as file size and packet loss rate. Poor Transfer Speed With the development of Internet information technology, all walks of life are gradually stepping towards digitalization. Enterprises have accumulated a large amount of data and documents like snowballs in the production process. Only through high-speed information exchange can value be realized. However, in the face of large files and the bulks of small files, the transfer speed is often not ideal, especially in the process of work remotely, the poor file transfer speed will lead to the delay of the whole project. Damage and Loss of Files Due to the unstable working and network environment of the working place, the phenomenon like file damage or packet loss often appears in the process of the file transfer. This is extremely risky for an enterprise. Files transferred by employees may be internal information of the company. Once damaged or leaked, it will be a huge loss for the enterprise. Restrictions on File Size One main frustration when it comes to transferring large files is the restrictions on file size. Often hear colleagues complain: One I have experienced is that sending an email with a large file attached would not go through since they have a limit on the size of the file you could send. Security Supervision in File Sharing For enterprises, besides the speed and stability of file transfer, the supervision issues in the process of file transfer are equally important. These shared documents are precious resources accumulated by enterprises in the process of development, and their value is unlimited. Enterprises need to deploy a set of transfer software that can supervise the operation of employee files. Synchronization issues When sharing large files when working remotely, besides spending a lot of time on transferring files, there are also problems in synchronization. Sometimes it may take some time to synchronize all contents. Relive your headaches in large file transfer with Raysync！ Based on the advanced technology like transfer protocol optimization, Raysync Transmission can utilize and save network bandwidth resources to the greatest extent, and the transfer speed can reach more than 100 times of the traditional means. Relied on the SSL transfer protocol and AES-256 encryption technology, Raysync provides powerful protection for the security and integrity of your data. In the server-side of Raysync software, you can find all the operation logs, including all the behaviors operated by the sub-accounts. The core technology independently developed by Raysync Transmission has established a data synchronization solution in line with the business scenario of enterprise users, it's time to say goodbye to manual copying.

When files are scateered everywhere, collecting them becomes a very expensive and complicated operation. The operating system usually keeps the attribute data cache of the files on local storage, continuously indexes the files in the local storage in the background, and uses values that can be accessed quickly when needed to keep the cache up to date. But in today’s world of network storage, object storage , file attribute data may not be indexed the same way local storage. This means that to collect the required data to even start a transfer of a very large fileset, a lot of time may be spent just initializing, perhaps several hours. Even when the values are indexed, the size of the cache is finite. That means a lot of time need to be spent for traditional file transfer tool in large file or folder transfer even in local storage. It causes a series of problems to continue processing the files transfer after the transmission has been stopped at a breakpoint accidently. Assume that if you are able to browse or launch transferring millions of filesvia file transfer tool, what happens when you convert 2 million files to 10 million files when the network is broken? The situation like this needs to be considered, in addition, the speed at which the transmission tool can completely resume transmission should also be considered. Such a huge file capacity is likely to make mistakes during the transfer process. You must also ensure the reliability of the file transfer tool and ensure that the file transfer is 100% accurate. When you need to transfer the vast number of files, it is not feasible to use traditional file transfer tools or simple web-based tools. Raysync Transmission supports all the functions listed above, it can transfer the bulk of files from start point to destination at full line speed, the functions such as breakpoint resume and automatic retransmission can also ensure 100% accuracy of transfered files. Raysync Transmission is an extremely powerful tool, which is designed to provide enterprises with a solution to accelerate the transmission of big data.

In the era of big data, the volume of data is growing day by day and the types of data are varied. As a result, big data interaction faces severe speed challenges. Returning to the essence, whether the transmission of TB-level large files and massive small files or both, network bandwidth utilization is the key to improve the data interaction efficiency. In order to ensure the rapid exchange of content, many enterprises spend a lot of money to improve the bandwidth, hoping that with the full use of network bandwidth, any network latency and packet loss will disappear. Although bandwidth improving is important in file transmission, there are so many ways to uitilize the network. There are many factors that affect the success rate and speed of transmission, the most important of which is to distinguish the difference between bandwidth and throughput. Bandwidth vs. Throughput Firstly, we need to know, network bandwidth isn't equate to network throughout. Available network bandwidth determines the potential maximum speed of data movement, while throughput is the actual speed of data movement. If files are moved in a long distance or crowded network environment without an appropriate software solution , throughput may be much lower than bandwidth, because the standard Internet transmission protocol TCP has obvious limitations. Upgrading the network without acceleration software is like moving from a country road to a highway while driving a scooter. If the transportation organization allows, it can drive at ultra-high speed, but the vehicle only keeps the same slow speed on a wider road. Indeed, many enterprises spends most costs in improving network bandwidth, but the actual transmission speed only get tiny imrovement, that made them depressed. How to solve the problem network bandwidth utilization? Internet enterprises may sometimes forget that purchasing more bandwidth is not the only way to speed up file transfer on the network or the Internet, and may not even be the best way. Choosing an effective solution has the same effect on the success rate and transmission speed of file transmission as enjoying private or public dedicated network. Facts have also proved that investing in the right file transfer solution is usually much better than spending money to upgrade bandwidth, after all, inferior transfer mechanisms may never fully utilize bandwidth. Of course, in the revolution of bandwidth utilization, it is always affected by multiple factors. Our newest customer case - Foxrenderfarm. Raysync Transmission helps it to solve the difficulty in transmission of the bulk of files, which explains the factors that affects the file transmission efficiency. With Raysync Transmission, your investment in greater bandwidth won’t go to waste. Our solutions ensure that bandwidth isn’t a conundrum anymore.