V. KESIMPULAN DAN SARAN
V.2 Saran
Untuk pengembangan selanjutnya, penelitian dapat dikembangkan dengan memperhatikan hal-hal sebagai berikut:
a. Pengujian rancangan jaringan frame relay akan lebih baik dilakukan melalui
testbed jaringan dalam skala laboratorium, sehingga bisa memperoleh data
b. Untuk penelitian selanjutnya, analisa rancangan jaringan frame relay dapat dilengkapi dengan perhitungan biaya implementasi jaringan frame relay.
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DAFTAR PUSTAKA
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Bandung, 2010.
[2] Perdana, Morgan, dkk, Pengembangan Jaringan Komputer Antargerai
Menggunakan Teknologi Frame Relay pada PT NAV BIMA PRATAMA,
Univeritas Bina Nusantara, Jakarta, 2006.
[3] M, Tommi, Analisa Kinerja Jaringan Frame Relay dengan IP MPLS Studi
Kasus pada PT. Aplikanusa Lintasarta Jakarta, Jurusan Teknik Informatika
Universitas Mercubuana.
[4] Sofana, Iwan, Teori dan Modul Praktikum Jaringan Komputer, Modula,
Bandung, 2011.
[5] Tanenbaum, Andrew S, Computer Networks, Third Edition, Prentice Hall,
1996.
[6] http://www.cisco.com/web/about/ac50/ac47/3015_jpeg.zip (diakses 4 Juni
2012)
[7] Stallings, William, Data and Computer Communications 6th
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Edition,
Prentice Hall Inc, New Jersey, 2000.
Prasimax, TCP/IP Bagian 1, Prasimax, Depok, 2002.
[9] Anonim, Wide Area Network, Politeknik Elektronika Negeri Surabaya,
(diakses 14 Juni 2012)
[10] Lammle, Todd, CCNA Cisco Certified Network Associate Study Guide 6th
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Edition, Wiley Publishing, Inc., 2007, Indiana, 2007.
[12]
Juni 2012)
[13] Flynn, Paul. CCNP 1 Modul 6 OSPF, Department of Information Systems
[14] Eka, Thomas D, Analisis Unjuk Kerja Wireless LAN, Teknik Informatika Universitas Sanata Dharma, Yogyakarta, 2012.
[15] Kurose, James F., Computer Networking A top-Down Approach Featuring
the Internet, Addison Wesley, New York, 2001.
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[17] Dwiki, Made W. S., Pengantar Cisco IOS, Universitas Udayana.
[18] Kurniabudi, S. Kom, M. Kom, Pengenalan pada Router.
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a. Perintah konfigurasi router Jakarta Router > enable
Router # configure terminal
Router (config) # hostname Jakarta Jakarta (config) # no ip domain-lookup Jakarta (config) # line console 0
Jakarta (config-line) # logging synchronous Jakarta (config-line) # exec-timeout 15 Jakarta (config-line) # password jakarta Jakarta (config-line) # login
Jakarta (config-line) # exit Jakarta (config) # line vty 0 4
Jakarta (config-line) # logging synchronous Jakarta (config-line) # exec-timeout 15 Jakarta (config-line) # password jakarta Jakarta (config-line) # login
Jakarta (config-line) # exit
Jakarta (config) # banner motd #Router di kantor Jakarta# Jakarta (config) # interface fastEthernet 0/0
Jakarta (config-if) # ip address 192.168.3.1 255.255.255.240 Jakarta (config-if) # description Link ke LAN
Jakarta (config-if) # no shutdown Jakarta (config-if) # exit
Jakarta (config) # interface serial 0/0
Jakarta (config-if) # encapsulation frame-relay Jakarta (config-if) # clock rate 64000
Jakarta (config-if) # no shutdown Jakarta (config-if) # exit
Jakarta (config) # interface serial 0/0.102 point-to-point
Jakarta (config-subif) # ip address 192.168.4.1 255.255.255.252 Jakarta (config-subif) # frame-relay interface-dlci 102
Jakarta (config-dlci) # exit
Jakarta (config-subif) # description Link ke Router Banjarnegara Jakarta (config-subif) # bandwidth 64
Jakarta (config-subif) # no shutdown Jakarta (config-subif) # exit
Jakarta (config) # interface serial 0/0.103 point-to-point
Jakarta (config-subif) # ip address 192.168.5.1 255.255.255.252 Jakarta (config-subif) # frame-relay interface-dlci 103
Jakarta (config-dlci) # exit
Jakarta (config-subif) # description Link ke Router Lumajang Jakarta (config-subif) # bandwidth 64
Jakarta (config-subif) # no shutdown Jakarta (config-subif) # exit
Jakarta (config) # interface serial 0/0.104 point-to-point
Jakarta (config-subif) # ip address 192.168.6.1 255.255.255.252 Jakarta (config-subif) # frame-relay interface-dlci 104
Jakarta (config-dlci) # exit
Jakarta (config-subif) # description Link ke Router Cirebon Jakarta (config-subif) # bandwidth 64
Jakarta (config-subif) # no shutdown Jakarta (config-subif) # exit
Jakarta (config) # router ospf 1
Jakarta (config-router) # network 192.168.3.0 0.0.0.15 area 0 Jakarta (config-router) # network 192.168.4.0 0.0.0.3 area 0 Jakarta (config-router) # network 192.168.5.0 0.0.0.3 area 0 Jakarta (config-router) # network 192.168.6.0 0.0.0.3 area 0 Jakarta (config-router) # passive-interface fastEthernet 0/0 Jakarta (config-router) #exit
Jakarta (config) #exit
b. Perintah konfigurasi router Banjarnegara Router > enable
Router # configure terminal
Router (config) # hostname Banjarnegara Banjarnegara (config) # no ip domain-lookup Banjarnegara (config) # line console 0
Banjarnegara (config-line) # logging synchronous Banjarnegara (config-line) # exec-timeout 15 Banjarnegara (config-line) # password banjarnegara Banjarnegara (config-line) # login
Banjarnegara (config-line) # exit Banjarnegara (config) # line vty 0 4
Banjarnegara (config-line) # logging synchronous Banjarnegara (config-line) # exec-timeout 15 Banjarnegara (config-line) # password banjarnegara Banjarnegara (config-line) # login
Banjarnegara (config-line) # exit
Banjarnegara (config) # banner motd #Router di kantor Banjarnegara# Banjarnegara (config) # interface fastEthernet 0/0
Banjarnegara (config-if) # ip address 192.168.0.1 255.255.255.240 Banjarnegara (config-if) # description Link ke LAN
Banjarnegara (config-if) # no shutdown Banjarnegara (config-if) # exit
Banjarnegara (config) # interface serial 0/0
Banjarnegara (config-if) # encapsulation frame-relay Banjarnegara (config-if) # clock rate 64000
Banjarnegara (config-if) # no shutdown Banjarnegara (config-if) # exit
Banjarnegara (config) # interface serial 0/0.201 point-to-point
Banjarnegara (config-subif) # ip address 192.168.4.2 255.255.255.252 Banjarnegara (config-subif) # frame-relay interface-dlci 201
Banjarnegara (config-dlci) # exit
Banjarnegara (config-subif) # description Link ke Router Jakarta Banjarnegara (config-subif) # bandwidth 64
Banjarnegara (config-subif) # no shutdown Banjarnegara (config-subif) # exit
Banjarnegara (config) # router ospf 1
Banjarnegara (config-router) # network 192.168.0.0 0.0.0.15 area 0 Banjarnegara (config-router) # network 192.168.4.0 0.0.0.3 area 0 Banjarnegara (config-router) # passive-interface fastEthernet 0/0 Banjarnegara (config-router) #exit
Banjarnegara (config) #exit
Banjarnegara # copy running-config startup-config
c. Perintah konfigurasi router Lumajang Router > enable
Router # configure terminal
Router (config) # hostname Lumajang Lumajang (config) # no ip domain-lookup Lumajang (config) # line console 0
Lumajang (config-line) # logging synchronous Lumajang (config-line) # exec-timeout 15 Lumajang (config-line) # password lumajang Lumajang (config-line) # login
Lumajang (config-line) # exit Lumajang (config) # line vty 0 4
Lumajang (config-line) # logging synchronous Lumajang (config-line) # exec-timeout 15 Lumajang (config-line) # password lumajang Lumajang (config-line) # login
Lumajang (config-line) # exit
Lumajang (config) # interface fastEthernet 0/0
Lumajang (config-if) # ip address 192.168.1.1 255.255.255.240 Lumajang (config-if) # description Link ke LAN
Lumajang (config-if) # no shutdown Lumajang (config-if) # exit
Lumajang (config) # interface serial 0/0
Lumajang (config-if) # encapsulation frame-relay Lumajang (config-if) # clock rate 64000
Lumajang (config-if) # no shutdown Lumajang (config-if) # exit
Lumajang (config) # interface serial 0/0.301 point-to-point
Lumajang (config-subif) # ip address 192.168.5.2 255.255.255.252 Lumajang (config-subif) # frame-relay interface-dlci 301
Lumajang (config-dlci) # exit
Lumajang (config-subif) # description Link ke Router Jakarta Lumajang (config-subif) # bandwidth 64
Lumajang (config-subif) # no shutdown Lumajang (config-subif) # exit
Lumajang (config) # router ospf 1
Lumajang (config-router) # network 192.168.1.0 0.0.0.15 area 0 Lumajang (config-router) # network 192.168.5.0 0.0.0.3 area 0 Lumajang (config-router) # passive-interface fastEthernet 0/0 Lumajang (config-router) #exit
Lumajang (config) #exit
Lumajang # copy running-config startup-config
d. Perintah konfigurasi router Cirebon Router > enable
Router # configure terminal
Router (config) # hostname Cirebon Cirebon (config) # no ip domain-lookup
Cirebon (config) # line console 0
Cirebon (config-line) # logging synchronous Cirebon (config-line) # exec-timeout 15 Cirebon (config-line) # password cirebon Cirebon (config-line) # login
Cirebon (config-line) # exit Cirebon (config) # line vty 0 4
Cirebon (config-line) # logging synchronous Cirebon (config-line) # exec-timeout 15 Cirebon (config-line) # password cirebon Cirebon (config-line) # login
Cirebon (config-line) # exit
Cirebon (config) # banner motd #Router di kantor Cirebon# Cirebon (config) # interface fastEthernet 0/0
Cirebon (config-if) # ip address 192.168.2.1 255.255.255.240 Cirebon (config-if) # description Link ke LAN
Cirebon (config-if) # no shutdown Cirebon (config-if) # exit
Cirebon (config) # interface serial 0/0
Cirebon (config-if) # encapsulation frame-relay Cirebon (config-if) # clock rate 64000
Cirebon (config-if) # no shutdown Cirebon (config-if) # exit
Cirebon (config) # interface serial 0/0.401 point-to-point
Cirebon (config-subif) # ip address 192.168.6.2 255.255.255.252 Cirebon (config-subif) # frame-relay interface-dlci 401
Cirebon (config-dlci) # exit
Cirebon (config-if) # description Link ke Router Jakarta Cirebon (config-subif) # bandwidth 64
Cirebon (config-subif) # no shutdown Cirebon (config-subif) # exit
Cirebon (config) # router ospf 1
Cirebon (config-router) # network 192.168.2.0 0.0.0.15 area 0 Cirebon (config-router) # network 192.168.6.0 0.0.0.3 area 0 Cirebon (config-router) # passive-interface fastEthernet 0/0 Cirebon (config-router) #exit
Cirebon (config) #exit
Cirebon # copy running-config startup-config
e. Perintah konfigurasi frame relay switch Router > enable
Router # configure terminal
Router (config) # hostname FRSwitchs FRSwitch (config) # no ip domain-lookup FRSwitch (config) # line console 0
FRSwitch (config-line) # logging synchronous FRSwitch (config-line) # exec-timeout 15 FRSwitch (config-line) # password switch FRSwitch (config-line) # login
FRSwitch (config-line) # exit FRSwitch (config) # line vty 0 4
FRSwitch (config-line) # logging synchronous FRSwitch (config-line) # exec-timeout 15 FRSwitch (config-line) # password switch FRSwitch (config-line) # login
FRSwitch (config-line) # exit
FRSwitch (config) # banner motd #Frame Relay Switch# FRSwitch (config) # frame-relay switching
FRSwitch (config) # interface serial 0/0
FRSwitch (config-if) # encapsulation frame-relay FRSwitch (config-if) # frame-relay intf-type dce FRSwitch (config-if) # clock rate 64000
FRSwitch (config-if) # frame-relay route 102 interface serial 0/1 201 FRSwitch (config-if) # frame-relay route 103 interface serial 0/2 301 FRSwitch (config-if) # frame-relay route 104 interface serial 0/3 401 FRSwitch (config-if) # no shutdown
FRSwitch (config-if) # exit
FRSwitch (config) # interface serial 0/1
FRSwitch (config-if) # encapsulation frame-relay FRSwitch (config-if) # frame-relay intf-type dce FRSwitch (config-if) # clock rate 64000
FRSwitch (config-if) # frame-relay route 201 interface serial 0/0 102 FRSwitch (config-if) # no shutdown
FRSwitch (config-if) # exit
FRSwitch (config) # interface serial 0/2
FRSwitch (config-if) # encapsulation frame-relay FRSwitch (config-if) # frame-relay intf-type dce FRSwitch (config-if) # clock rate 64000
FRSwitch (config-if) # frame-relay route 301 interface serial 0/0 103 FRSwitch (config-if) # no shutdown
FRSwitch (config-if) # exit
FRSwitch (config) # interface serial 0/3
FRSwitch (config-if) # encapsulation frame-relay FRSwitch (config-if) # frame-relay intf-type dce FRSwitch (config-if) # clock rate 64000
FRSwitch (config-if) # frame-relay route 401 interface serial 0/0 104 FRSwitch (config-if) # no shutdown
FRSwitch (config-if) # exit FRSwitch (config) # exit
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a. Konfigurasi interface router Jakarta
b. Konfigurasi interface router Banjarnegara
d. Konfigurasi interface router Cirebon
e. Frame relay maprouter Jakarta
g. Frame relay maprouter Lumajang
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a. Hasil pengukuran unjuk kerja jaringan internet PT Serayu Group hari pertama
Download I ukuran file 11MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 275.2 39.04 0 53.8 Pengujian 2 228.1 47.82 0 44.6 Pengujian 3 225.4 60.70 0 44.0 Pengujian 4 238.2 47.05 0 46.5 Pengujian 5 224.7 61.65 0 43.9 Rata-rata 238.3 51.25 0 46.6
Email I ukuran file 1MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 63.0 240.2 0 12.3 Pengujian 2 57.3 290.9 1 11.2 Pengujian 3 61.4 250.4 0 11.9 Pengujian 4 66.8 219.8 0 13.0 Pengujian 5 86.4 170.6 0 16.9 Rata-rata 66.9 234.4 0.2 13.1 Video streaming I Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 80.9 36.34 1 15.8 Pengujian 2 129.6 30.59 1 25.3 Pengujian 3 95.0 35.96 0 18.6 Pengujian 4 63.1 37.01 4 12.3 Pengujian 5 133.4 30.58 0 26.1 Rata-rata 100.4 34.1 1.2 19.6
b. Hasil pengukuran unjuk kerja jaringan internet PT Serayu Group hari kedua
Download II ukuran file 11MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 222.0 63.20 0 43.4 Pengujian 2 133.6 74.85 0 28.8 Pengujian 3 165.6 68.85 0 32.3 Pengujian 4 270.8 40.78 0 52.9 Pengujian 5 226.3 59.80 0 44.2 Rata-rata 203.7 61.49 0 40.3
Email II ukuran file 1MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 84.2 200.6 0 16.4 Pengujian 2 92.5 156.7 0 18.1 Pengujian 3 93.4 152.0 0 18.2 Pengujian 4 67.9 239.5 0 13.2 Pengujian 5 80.6 204.9 0 15.7 Rata-rata 83.7 190.7 0 16.3 Video streaming II Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 208.3 30.38 0 40.7 Pengujian 2 126.9 30.92 0 24.8 Pengujian 3 106.7 32.38 0 20.8 Pengujian 4 217.6 29.99 0 42.5 Pengujian 5 126.0 29.14 0 24.6 Rata-rata 157.1 30.38 0 30.7
c. Hasil pengukuran unjuk kerja jaringan internet PT Serayu Group hari ketiga
Download III ukuran file 11MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 184.0 57.45 0 35.9 Pengujian 2 147.2 87.70 1 26.0 Pengujian 3 174.9 59.28 0 34.2 Pengujian 4 227.2 44.98 0 44.4 Pengujian 5 244.7 39.28 0 47.8 Rata-rata 195.6 57.74 0.2 37.7
Email III ukuran file 1MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 71.6 242.6 0 14.0 Pengujian 2 85.4 194.9 0 16.7 Pengujian 3 69.7 241.4 0 13.6 Pengujian 4 90.3 160.2 0 17.6 Pengujian 5 89.1 155.8 0 17.4 Rata-rata 81.2 199.0 0 15.9
Video streaming III
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 91.1 39.52 2 17.8 Pengujian 2 119.3 30.79 0 23.3 Pengujian 3 140.8 30.67 0 27.5 Pengujian 4 100.2 31.03 0 19.6 Pengujian 5 184.7 30.11 0 36.1 Rata-rata 127.2 32.42 0.4 24.9
d. Hasil pengukuran unjuk kerja jaringan internet PT Serayu Group hari keempat
Download IV ukuran file 11MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 225.8 51.91 0 44.1 Pengujian 2 205.3 55.32 0 40.1 Pengujian 3 222.3 54.23 0 43.4 Pengujian 4 199.1 56.87 0 38.9 Pengujian 5 238.6 42.56 0 46.6 Rata-rata 218.2 52.18 0 42.6
Email IV ukuran file 1MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 80.7 205.3 0 15.8 Pengujian 2 73.4 251.8 0 14.3 Pengujian 3 82.5 189.2 0 16.1 Pengujian 4 79.8 191.4 0 15.6 Pengujian 5 85.4 160.6 0 16.7 Rata-rata 80.4 199.7 0 15.7 Video streaming IV Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 139.1 31.77 0 27.2 Pengujian 2 111.6 32.94 0 21.8 Pengujian 3 204.2 31.55 0 39.9 Pengujian 4 212.7 31.16 0 41.5 Pengujian 5 124.9 32.28 0 24.4 Rata-rata 158.5 31.94 0 31.0
e. Hasil pengukuran unjuk kerja jaringan internet PT Serayu Group hari kelima
Download V ukuran file 11MB
Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Pengujian 1 178.3 67.54 0 34.8 Pengujian 2 237.1 49.15 0 46.3 Pengujian 3 220.8 61.13 0 43.1 Pengujian 4 186.3 63.65 0 36.4 Pengujian 5 239.2 45.93 0 46.7 Rata-rata 212.3 57.47 0 41.5
Email V ukuran file 1MB
Throughput (kbps) Delay (s) Packet Loss (%) Utilization (%) Pengujian 1 62.9 230.4 1 12.3 Pengujian 2 67.4 227.3 0 13.2 Pengujian 3 75.8 198.1 1 14.8 Pengujian 4 72.1 201.8 0 14.1 Pengujian 5 83.5 172.7 0 16.3 Rata-rata 72.3 206.1 0.4 14.1 Video streaming V Throughput (kbps) Delay (s) Packet Loss (%) Utilization (%) Pengujian 1 164.3 31.42 0 32.1 Pengujian 2 182.7 30.06 0 35.7 Pengujian 3 150.4 30.84 0 29.4 Pengujian 4 218.3 28.91 0 42.6 Pengujian 5 204.2 30.09 0 39.9 Rata-rata 184.0 30.26 0 35.9
f. Rata-rata hasil pengukuran unjuk kerja jaringan internet PT Serayu Group Rata-rata download Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Hari I 238.3 51.25 0 46.6 Hari II 203.7 61.49 0 40.3 Hari III 195.6 57.74 0.2 37.7 Hari IV 218.2 52.18 0 42.6 Hari V 212.3 57.47 0 41.5 Rata-rata 213.62 56.03 0.04 41.74 Rata-rata email Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Hari I 66.9 234.4 0.2 13.1 Hari II 83.7 190.7 0 16.3 Hari III 81.2 199.0 0 15.9 Hari IV 80.4 199.7 0 15.7 Hari V 72.3 206.1 0.4 14.1 Rata-rata 76.9 205.98 0.12 15.02
Rata-rata video streaming Throughput (kbps) Delay (ms) Packet Loss (%) Utilization (%) Hari I 100.4 34.10 1.2 19.6 Hari II 157.1 30.56 0 30.7 Hari III 127.2 32.42 0.4 24.9 Hari IV 158.5 31.94 0 31 Hari V 184 30.26 0 35.9 Rata-rata 145.44 31.86 0.32 28.42
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ABSTRAK
Frame relay merupakan protokol Wide Area Network (WAN) yang
menggunakan teknologi akses berkecepatan tinggi. Implementasi jaringan frame
relay dapat mempermudah komunikasi data antar kantor-kantor perusahaan yang
letaknya terpisah dengan jarak yang sangat jauh. PT Serayu Group memiliki empat kantor yang terletak di Jakarta, Banjarnegara, Lumajang, dan Cirebon. Saat
ini, PT Serayu Group memanfaatkan jaringan internet untuk komunikasi dan
transfer data antar kantor. Namun, koneksi jaringan internet perusahaan sering
mengalami masalah kestabilan koneksi atau down. Oleh karena itu, penulis
mencoba merancang jaringan komputer berbasis frame relay pada PT Serayu
Group agar komunikasi, file transfer, dan koordinasi dalam menyusun rencana kerja lebih efisien dan lancar. Pengukuran parameter delay, throughput, packet loss, dan utilization digunakan untuk mengetahui unjuk kerja rancangan jaringan
frame relay maupun jaringan internet.
Dalam tugas akhir, perancangan dan analisa jaringan frame relay
menggunakan software simulasi Graphical Network Simulator 3 (GNS3).
Rancangan jaringan disesuaikan dengan kondisi PT Serayu Group. Evaluasi unjuk kerja jaringan frame relay dilakukan dengan menggunakan skenario download file
11MB, email 1 MB, dan video streaming saat client bersama-sama melakukan aktivitas masing-masing skenario.
Pada umumnya, unjuk kerja rancangan jaringan frame relay masih
memiliki kualitas yang lebih baik dibandingkan jaringan internet perusahaan dilihat dari perbedaan antara delay, throughput, packet loss, dan utilization. Hal ini dapat terjadi karena seluruh host pada jaringan frame relay terhubung dalam
intranet atau jaringan lokal. Berdasarkan pengujian dan analisa, jaringan frame
relay memiliki kemampuan mentransmisikan data yang lebih baik dibanding
jaringan internet perusahaan.
viii
ABSTRACT
Frame relay is Wide Area Network (WAN) protocol which implemented high speed access technology. The implementation of frame relay networks made it easier to communicate data across companies which located in separated area. PT Serayu Group had four branch offices spread in Jakarta, Banjarnegara,
Lumajang and Cirebon. Recently, PT Serayu Group made use of internet
connection to communicate and transfer data between offices. However, internet
network connection within the company often got trouble in term of connection stability or down. Therefore, the writer tried to design frame relay-based connection for the computers in PT Serayu Group so that the communication, file
transfer, and coordination of work planning could be done efficiently and
promptly. Parameter measurement of delay, throughput, packet loss, and
utilization was applied to recognize frame relay networks designed performance and also the internet networking as well.
In this final assignment, designing and analyzing of frame relay networks were applying software simulation of Graphical Network Simulator 3 (GNS3). Network design was adjusted with PT Serayu Group condition. Evaluation of
frame relay networks performance conducted by scenario of download file 11 MB, email 1 MB and video streaming simultaneously by clients on each scenario activity.
In general, frame relay networks designed performance still indicated better quality compared to company internet networking as it determined from
delay, throughput, packet loss, and utilization. This could be happened since all
hosts within frame relay networks were connected in intranet or local connection. Based on the result of testing and analyzing, frame relay networks showed the capability in transmitting data which was better than internet networking within the company.