Legacy | Network virtualization start

deviceId^*

latency

Latency applied on packets in the Network.

Effective values are in the range of 0-8000 ms.

packetLoss

Network packet loss.

Effective values are in the range of 0-100%.

A reasonable packet loss value should not exceed 5%.

bandwidth.in

Limitation on the allowed download network bandwidth into the device.

Effective values are in the range of 3-100,000 Kbps, or unlimited.

bandwidth.out

Limitation on the allowed upload network bandwidth from the device.

Effective values are in the range of 3-100,000 Kbps, or unlimited.

packetCorruption

Network packet corruption.

Effective values are in the range of 0-100%.

A reasonable packet corruption value should not exceed 5%.

packetReordering

The percentage of network packets sent immediately without any delay.

Used alongside the Latency parameter. Moreover, the packets that are sent immediately will arrive earlier than the packets that were delayed by the defined latency value, essentially creating a packet reordering.

Effective values are in the range of 0-100%.

A reasonable packet reordering value should not exceed 10%.

packetDuplication

Network packets duplicated.

Effective values are in the range of 0-100%.

A reasonable packet duplication value should not exceed 3%.

delayJitter

Random latency variation; the actual latency between latency +- jitter. Used alongside the Latency parameter.Effective values are in the range of 0-8000 ms.

For example, if the latency is defined to be 100 ms and the jitter is 10 ms, this causes the added delay to be 100ms - 10ms.

correlation

Network packet value correlation, affecting the Latency, Corruption, Reordering and Duplication. Effective values are in the range of 0-100%.

For Latency, Corruption, Reordering and Duplication, the current packet n value will be correlated by this % to previous packet n-1 value. In other words, the current packet value is correlated to the previous packet value.

For example, if the correlation is defined to be 25%, the packet loss is 5%, and the previous packet was lost, then the updated packet loss value (for the current packet) would be 75% * 5% + 25%, which equals 28.75%. However, if the previous packet was not lost, then the packet loss value would be 75% * 5%, which equals 3.75%.

blockedDestinations

Network packet block, to specific destinations, defined by domain name, IP address, and IP range destinations in IP Prefix (Slash) notation.

Examples:

Domain name: www.google.com

IP address: 192.168.2.0

IP range destination: 192.168.2.0/24

To remove a network packet block, prefix the value with a '-'. For example, -www.google.com.

blockedPorts

Network packet block, to specific ports.

For example, to block http, define port number 80.

To remove a network packet block, prefix the value with a '-'. For example, -80.

generateHarFile

true (True)

false (False)

Indicates if a HTTP Archive (HAR) file should be generated to analyze the traffic of the virtual network.

profile

2g_gprs_good (2G GPRS Good)

2g_gprs_average (2G GPRS Average)

2g_gprs_poor (2G GPRS Poor)

2g_edge_good (2G Edge Good)

2g_edge_average (2G Edge Average)

2g_edge_poor (2G Edge Poor)

3g_umts_good (3G UMTS Good)

3g_umts_average (3G UMTS Average)

3g_umts_poor (3G UMTS Poor)

3.5g_hspa_good (3.5G HSPA Good)

3.5g_hspa_average (3.5G HSPA Average)

3.5g_hspa_poor (3.5G HSPA Poor)

3.5g_hspa_plus_good (3.5G HSPA PLUS Good)

3.5g_hspa_plus_average (3.5G HSPA PLUS Average)

3.5g_hspa_plus_poor (3.5G HSPA PLUS Poor)

4g_lte_good (4G LTE Good)

4g_lte_average (4G LTE Average)

4g_lte_poor (4G LTE Poor)

4g_lte_advanced_good (4G LTE Advanced Good)

4g_lte_advanced_average (4G LTE Advanced Average)

4g_lte_advanced_poor (4G LTE Advanced Poor)

bandwidth_good (Bandwidth Good)

Suggested network virtualization profiles.

See the Suggested Profiles table, in the description section above, for the defined emulation values.

Note: Specifying additional network virtualization parameters will override their values in the suggested profile.