A method of handling communication traffic in a Cloud Radio Access Network, CRAN,-compatible system, comprising the steps of: i) directing, by a Top of Rack switch, communication traffic from a first specified cell site (Type A) having a first type of traffic load profile to a first specified virtual machine or server; ii) directing, by the Top of Rack switch, communication traffic from a second specified cell site (Type B) having a second type of traffic load profile to the first specified virtual machine or server; iii) directing, by the Top of Rack switch, communication traffic from the first specified cell site (Type A) to a second specified virtual machine or server; iv) directing, by the Top of Rack switch, communication traffic from the second specified cell site (Type B) to the second specified virtual machine or server; v) aggregating, by the first specified virtual machine or server, the communication traffic from the first specified cell site (Type A) and the second specified cell site (Type B); and vi) aggregating, by the second specified virtual machine or server, the communication traffic from the first specified cell site (Type A) and the second specified cell site (Type B), characterized in that: step i) includes directing, by the Top of Rack switch, communication traffic from a first sector (300, Sector C) of the first specified cell site (Type A) to the first specified virtual machine or server; step ii) includes directing, by the Top of Rack switch, communication traffic from a first sector (600, Sector C) of the second specified cell site (Type B) to the one of the first specified virtual machine or server; step iii) includes directing, by the Top of Rack switch, communication traffic from a second sector (301, Sector B) of the first specified cell site (Type A) to one of a second specified virtual machine or server; step iv) includes directing, by a Top of Rack switch, communication traffic from a second sector (601, Sector B) of the second specified cell site (Type B) to the one of the second specified virtual machine or server; step v) includes aggregating, by the one of the first specified virtual machine or server, the traffic from the first sector (300, Sector C) of the first specified cell site (Type A) with the traffic from the first sector (600, Sector C) of the second specified cell site (Type B); and step vi) aggregating, by the one of the second specified virtual machine or server, the traffic from the second sector (301, Sector B) of the first specified cell site (Type A) with the traffic from the second sector (601, Sector B) of the second specified cell site (Type B). i) directing, by a Top of Rack switch, communication traffic from a first specified cell site (Type A) having a first type of traffic load profile to a first specified virtual machine or server; ii) directing, by the Top of Rack switch, communication traffic from a second specified cell site (Type B) having a second type of traffic load profile to the first specified virtual machine or server; iii) directing, by the Top of Rack switch, communication traffic from the first specified cell site (Type A) to a second specified virtual machine or server; iv) directing, by the Top of Rack switch, communication traffic from the second specified cell site (Type B) to the second specified virtual machine or server; v) aggregating, by the first specified virtual machine or server, the communication traffic from the first specified cell site (Type A) and the second specified cell site (Type B); and vi) aggregating, by the second specified virtual machine or server, the communication traffic from the first specified cell site (Type A) and the second specified cell site (Type B), step i) includes directing, by the Top of Rack switch, communication traffic from a first sector (300, Sector C) of the first specified cell site (Type A) to the first specified virtual machine or server; step ii) includes directing, by the Top of Rack switch, communication traffic from a first sector (600, Sector C) of the second specified cell site (Type B) to the one of the first specified virtual machine or server; step iii) includes directing, by the Top of Rack switch, communication traffic from a second sector (301, Sector B) of the first specified cell site (Type A) to one of a second specified virtual machine or server; step iv) includes directing, by a Top of Rack switch, communication traffic from a second sector (601, Sector B) of the second specified cell site (Type B) to the one of the second specified virtual machine or server; step v) includes aggregating, by the one of the first specified virtual machine or server, the traffic from the first sector (300, Sector C) of the first specified cell site (Type A) with the traffic from the first sector (600, Sector C) of the second specified cell site (Type B); and step vi) aggregating, by the one of the second specified virtual machine or server, the traffic from the second sector (301, Sector B) of the first specified cell site (Type A) with the traffic from the second sector (601, Sector B) of the second specified cell site (Type B).