CURRENT LEGACY SYSTEMS
VS
NEXT GENERATION MESH NETWORKS












CURRENT LEGACY SYSTEMS
VS
NEXT GENERATION MESH NETWORKS

Higher Speeds Over Entire Network
-
Self Healing, prevents outages, no onsite staff or service calls required
-
Supports 100’s to 1,000’s of simultaneous users
-
Eliminate end-user complaints
-
Powerful, Mesh Technology, no dead zones
-
Handles high amounts of network traffic, seamless integration between networked devices
-
Redundant hosting for 99.99% cloud uptime
-
Automatic failover to a healthy access point if another access point fails

Remote Cloud Management Console
-
Power cycle - reboots any device or the entire network automatically when failure occurs
-
Configure, change settings, control and monitor the network remotely with our cloud management console
-
Monitoring and support, programmable event alerts every 5 minutes

Low Operating Cost
-
We remotely manage and maintain everything for you, saves your company money, time and labor
-
Eliminates the need for service calls with a hardware watchdog chip
-
Flexibility, scalability, we deploy access points in virtually any location, indoors and outdoors
-
Can be installed over your existing wiring. Reduces upgrade costs

Slow Speeds, Connectivity and Reliability Problems
-
Requires onsite staff for network management, frequent service calls
-
Cannot support many simultaneous users
-
End-user complaints, can’t connect, too slow
-
Low power and dead zones causes poor connectivity
-
Network congestion, multiple devices cause connectivity problems, reduced work productivity
-
Most installations today are independent access points, which are not designed to work together so they fight with each other creating network problems and congestion
-
No backup, frequent outages
-
Network goes down, work stops

No Management Console
-
Staff must go and physically reboot the devices when the network is down
-
Labor and time intensive, inefficient, requires on-site staff
-
Confirming if your network is up or down requires on-site physical inspection

High Operating Cost
-
Expensive requires on-site staff
-
All maintenance and network failures require on-site service by staff
-
Cannot easily be scaled up in size, requires fixed locations and distances
-
Installing system upgrades often requires complete replacement of your existing system and wiring




Operating Temperature
Size
SSIDs
SSID to VLAN tagging
Public & Private SSIDs
Ethernet (WAN and LAN)
PoE
Indoor/Outdoor Rating
Certifications
WLAN standard
Memory
USB
Self-forming, self-healing Mesh
Seamless roaming
Hardware watchdog CPU
Cloud Management
Speed
CPU
Band
MIMO (Multiple Input, Multiple Output)
Antenna
Range (approximate)
Max users
MODEL
SI-AP40
SI-AP60
SI-AP42
-20° to 50° C
6.69” x 6.69” x 1.2”
Standard 802.3af, Passive 18-24V (mode A, B, A+B)
Standard 802.3af
4
Yes
Yes
2 x Gigabit
CE Marked for Indoor/Outdoor Use, IP55
EN 60950-1, EN 55032, EN 62311 (SAR & MPE), UL 60950-1, cUL 60950-1, EN 300.328, EN 301.489-1 and EN 301.489-17, EN 301.893, RCM , C-Tick 4268(2.4G) +C-Tick 4268 (5GHz), C-Tick 3548, ICES-003, IC RSS-247(2.4G) + IC RSS-246(5GHz), FCC Pat 15 B, C, E
802.11a/g/n/ac Wave 2
802.11a /g/n/ac
256MB DRAM DDR3,
Data Rate of 1600 Mbps
128MB DRAM DDR2,
Data Rate of 800 Mbps
Yes
Yes
Yes
Yes
Yes
300+867 Mbps
450+1300 Mbps
2.4GHz, 2 × 2,300 Mbps
5 GHz, 2 × 2, 867 Mbps
Qualcomm Scorpion QCA9557
Qualcomm Dakota IPQ4018
2.4 + 5 GHz 802.11ac concurrent
2.4 + 5 GHz 802.11ac wave 2 concurrent
Single User MIMO
Multi-User MIMO
Four internal
Six internal
Four internal
30-60 per AP
50-100 per AP
30-60 per AP
75' - 1 50' indoor (3-4 walls), 400' - 600' outdoor