reference will now be made in detail to embodiments , examples of which are illustrated in the accompanying drawings . in the following detailed description , numerous non - limiting specific details are set forth in order to assist in understanding the subject matter presented herein . it will be apparent , however , to one of ordinary skill in the art that various alternatives may be used without departing from the scope of the present invention and the subject matter may be practiced without these specific details . for example , it will be apparent to one of ordinary skill in the art that the subject matter presented herein can be implemented on many types of outdoor radios systems . fig1 depicts an outdoor microwave enclosure 20 with multiple i / o connectors 10 , each connector having weather protection according to some embodiments . as described above , the enclosure 20 houses a storage device ( e . g ., a flash memory card ) for storing data such as licensing information , configuration parameters , and software for operating the enclosure 20 . the connector types may include ethernet and fiber optic connections , etc . in order to make it easier to replace the memory card , fig2 depicts that there is a dedicated opening 40 in the enclosure 20 for hosting the removable memory card 30 according to some embodiments . but as noted above , this approach would require a dedicated set of weather protection 45 to protect the memory card 30 from extreme weather conditions . for example , beside the memory card 30 and a corresponding memory cardholder inside the enclosure 20 ( not shown in the figure ) a cover , gasket , and screws are required for this approach . fig3 depicts that the outdoor microwave enclosure 20 includes an i / o connection port shared by the removable memory card 30 and an optical transceiver according to some embodiments . in this example , the memory card 30 shares the i / o connection port hosting an optical transceiver ( e . g ., an sfp transceiver ). as shown in the figure , there is an sfp cage 50 inside the i / o connection port . the memory card 30 can be inserted into the enclosure 20 through the i / o connection port after the i / o connector is removed . it should be noted that the i / o connection port may be used for hosting other types of optical transceivers having a different form - factor standard , e . g ., cfp , sff , sfp , sfp +, xfp , and bidi . moreover , the i / o connection port may be used for hosting other types of communication connectors such as passive optical connectors , ethernet connectors , etc . the flash memory card may have a standard form - factor , e . g ., a micro sd card . one requirement for the i / o connection port is that it is large enough to have additional space for allowing the memory card to be plugged into a corresponding memory cardholder inside the enclosure 20 without causing substantial interference to the other existing i / o connectors . this approach does not require any change to the geometrical dimensions of the current design of an enclosure housing . fig4 depicts that the memory card 30 is installed inside the i / o connection port according to some embodiments . note that the sfp cage 50 is still empty because the transceiver has not been plugged into the cage . fig5 depicts that an sfp transceiver 60 is being inserted into the i / o connection port according to some embodiments . fig6 depicts that the sfp transceiver 60 has been installed inside the enclosure through the i / o connection port according to some embodiments . assuming that the newly - inserted memory card 30 ( e . g ., a new memory card that is used to replace an existing memory card having the same form - factor standard ) has the information for upgrading the operation of the enclosure , the technician can now plug back the previously removed i / o connector with weather protection 70 as shown in fig7 . as noted above , the memory card 30 should be located inside the enclosure 20 in such a way that it is easy to be inserted into or removed from the enclosure 20 . additionally , the memory card &# 39 ; s existence should not interference the normal operation of the i / o connector as well as the communication connector inside the enclosure 20 that shares the i / o connection port with the memory card 30 . fig3 - 7 depict , respectively an outdoor microwave enclosure 20 utilizing some embodiments of the present invention . in fig3 , the connector weather protection is removed to reveal the connection details . in this case , the connection is an sfp optical transceiver but the connection could be a passive fiber optic connector , ethernet connector , or other connector type . fig3 shows how the memory card 30 is removed and installed through the same i / o connection port as the sfp transceiver 60 . fig4 shows how the memory card 30 is installed into the memory cardholder 90 located below the sheet metal cage 50 that houses the sfp transceiver 60 . fig5 shows how the sfp transceiver 60 , in this case with a duplex lc fiber optic connector , is installed into the sfp cage 50 . fig6 shows that both the sfp transceiver 60 and the memory card 30 have been appropriately installed . the duplex lc fiber optic connector is plugged into the sfp transceiver 60 and the weather protection is installed back as shown in fig7 . as shown in fig8 , the memory card 30 is housed by a memory cardholder 90 that is located at the opposite side of a printed circuit board 80 that is attached to the sfp cage 50 . as such , the two components , the sfp transceiver 60 and the memory card 30 can co - exist without affecting the other one . this configuration may require a new design of the printed circuit board 80 in order for other components in the enclosure 20 to access the data stored in the memory card through the printed circuit board 80 . fig9 depicts that the memory card 30 is inserted into the memory cardholder 90 according to some embodiments . fig8 and 9 depict , respectively , a close - up of the printed circuit board 80 housed within the enclosure 20 . the sfp cage 50 is on one side of the board 80 and the memory cardholder 90 is on the other side . both the sfp cage 50 and the memory cardholder 90 can be accessed through a single opening in the enclosure that is weather sealed using a single weather protection component . fig1 depicts a cross - sectional view of the enclosure with the connector &# 39 ; s weather protection removed and the sfp transceiver removed but the memory card installed according to some embodiments . fig1 depicts a cross - sectional view of the enclosure with the connector protection removed but both the sfp transceiver and the memory card install according to some embodiments . these two cross - sectional views provide further detail of the arrangement of the sfp cage 50 , the memory cardholder 90 , the sfp transceiver 60 , and the memory card 30 inside the microwave enclosure . the foregoing description , for purpose of explanation , has been described with reference to specific embodiments . however , the illustrative discussions above are not intended to be exhaustive or to limit the invention to the precise forms disclosed . many modifications and variations are possible in view of the above teachings . the embodiments were chosen and described in order to best explain the principles of the invention and its practical applications , to thereby enable others skilled in the art to best utilize the invention and various embodiments with various modifications as are suited to the particular use contemplated .