The problem with plastic fiber was, in the past, its low quality. The low weight, the low cost, the low power consumption of the technology.” It can withstand bending up to five millimeters in diameter, right? In applications we can submerge the connectors, but even if water gets in the transmission, you see that it continues. It can be bent, it can get wet, and it doesn’t interfere with other electrical signals, which is very good when there is a lack of space, for example as in cars.Ĭésar Esteban, Applications & Support Manager of KDPOF: “That it is much more robust in terms of folding, but also dynamic stresses. Its great advantage over glass is its robustness. It is plastic and has much worse characteristics as a means of communication than glass fiber.” That is what’s proposed by KDPOF, a Spanish company capable of solving the problems of low quality, which until now this type of fiber had.Ĭésar Esteban, Applications & Support Manager of KDPOF: “The signal is digitally processed to adapt the signal to the characteristics of this fiber, which is not glass. Other secure transmission services that may be appropriate in some circumstances include transmission using the Purdue VPN solution ( ), secure FTP, and Web (https).The Longest Road, la fibra KDPOF y DES 2021 See guidance for electronically stored Voicemail. The use of the University’s secure Filelocker service ( ) is encouraged for the transmission of Restricted Data when it is appropriate to transmit that data. The University does not currently have an enterprise encryption solution. It should always be transmitted using a reliable encryption mechanism, such as NIST-approved encryption. Examples of open, public networks include but are not limited to the internet, wireless technologies, cellular technologies such as GSM and CDMA, General Packet Radio Service (GPRS), and satellite communications. University Restricted data should never be transmitted over open, public networks without strong encryption. Type: Restricted Requirements: Encryption required Type: Sensitive Requirements: Encryption suggested Type: Public Requirements: No special requirements It includes data transmission over a point-to-point or point-to-multipoint communication channel and communication mechanisms such as email, instant messaging, VoIP, FTP, connections to administrative applications, and wireless or cellular technologies. This category includes almost all electronic communications. Electronic Communications or Digital Data Transmission Purdue Data Users are urged to contact the Data Stewards for guidance in cases that present handling questions or security concerns. For example, if a file contains both Public and Restricted information, then the file should be transmitted according to the Restricted classification. Information should be transmitted in the manner applicable to the highest classification level of data contained in a file or document. It is expected that departments will move toward encrypted transmission options over time and encourage their vendors and exchange agencies to move in this same direction. Data Users are encouraged to always use the most secure means possible to electronically transmit Purdue data. How information should be transmitted is based upon the category of data that is contained in the electronic file.
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