والنموذج الشبكي هو ممارسة تصميم الشبكات بوصفها قطاعات مترابطة ومبنية الغرض بدلا من الهياكل الأحادية. وتخدم كل وحدة وظيفة محددة، وتحدد الحدود، وتربط بالنماذج المتاخمة عن طريق وصلات بينية سليمة الفهم. This approach transforms network design from an art into a repeatable engineering discipline.
قوة الوحدة تكمن في قدرتها على خلقالأنماط التي يمكن التنبؤ بهاهذا يمكن تطبيقه بشكل منتظم عبر البصمة التحتية للمنظمة بأكملها... سواء كان ذلك يمتد لعشرات الآلاف من المواقع الصغيرة، الآلاف من المواقع المتوسطة، أو مئات من المعسكرات الكبرى في المؤسسة.
| Benefit Small Sites | Medium Sites .. |الاضطرابات المبسطةيمكن للمهندس العازب أن يفهم جميع الطبقات الطبوغرافية Team يمكن للأفرقة التخصص حسب الوحدة | تطهير مسارات التصعيد بين ملاك الوحدات |الجدول الزمني| Add modules as needed s Clone proven patterns | Extend without redesign | |الأمن المتسقنفس السياسات في كل مكان |الكفاءة التشغيلية| النشر القائم على النموذج | الاعتماد الآلي | إدارة التغيير الموحدة | |مراقبة التكاليف| Right-size each module Bulk purchasing by module type Lifecycle management by tier
المنظمات نادراً ما تبقى ثابتة ويجب أن يستوعب التصميم النموذجي ما يلي:
فبدون نظام الوحدات، يصبح كل موقع نكهة ثلجية فريدة تتطلب توثيقاً معتاداً، وتدريباً متخصصاً، وتشويشاً لمشاكل واحدة. مع نظام الوحدات، المهندس الذي يفهم النمط يمكن أن يعمل بفعالية في أي موقع.
شبكة الإنترنت حيث تلتقي منظمتك بالعالم الخارجي وتتضمن هذه الوحدة ما يلي:
@startuml Internet Edge Module
!define ICONURL https://raw.githubusercontent.com/Roemer/plantuml-office/master/office2014
skinparam backgroundColor #FEFEFE
skinparam handwritten false
nwdiag {
internet [shape = cloud, description = "Internet"];
network ISP_Transit {
address = "VLAN 10-12"
color = "#FFE4E1"
description = "ISP/MPLS Transit"
internet;
ISP_A [description = "ISP-A\nCircuit"];
ISP_B [description = "ISP-B\nCircuit"];
MPLS [description = "MPLS\nCircuit"];
}
network Edge_Router_Segment {
address = "VLAN 10,11,12"
color = "#E6E6FA"
description = "Edge Router Aggregation"
ISP_A;
ISP_B;
MPLS;
Edge_Router [description = "Edge Router\n(BGP Peering)"];
}
network FW_Outside {
address = "VLAN 100"
color = "#FFFACD"
description = "Firewall Outside"
Edge_Router;
FW_Primary [description = "Firewall\nPrimary"];
FW_Secondary [description = "Firewall\nSecondary"];
}
network FW_HA_Sync {
address = "VLAN 101"
color = "#F0FFF0"
description = "HA Sync Link"
FW_Primary;
FW_Secondary;
}
network FW_Inside {
address = "VLAN 102"
color = "#E0FFFF"
description = "To Internal Edge"
FW_Primary;
FW_Secondary;
}
}
@enduml
مبادئ التصميم الرئيسية:
وبالنسبة للمواقع المتوسطة والكبيرة، يوفر الهيكل الداخلي طبقة تجميعية للخدمات التي تتطلب تعرضاً خاضعاً للرقابة أو تكون بمثابة نقاط انتقال بين المناطق الأمنية.
@startuml Internal Edge Module
skinparam backgroundColor #FEFEFE
nwdiag {
network From_Internet_Edge {
address = "VLAN 102"
color = "#E0FFFF"
description = "From Firewall Inside"
IntEdge_A [description = "Internal Edge\nSwitch A"];
IntEdge_B [description = "Internal Edge\nSwitch B"];
}
network MCLAG_Peer {
address = "Peer-Link"
color = "#DDA0DD"
description = "MCLAG/vPC Peer"
IntEdge_A;
IntEdge_B;
}
network WLC_Mgmt {
address = "VLAN 200 - 10.x.200.0/24"
color = "#FFE4B5"
description = "WLC Management"
IntEdge_A;
IntEdge_B;
WLC [description = "Wireless LAN\nController"];
}
network Proxy_Farm {
address = "VLAN 201 - 10.x.201.0/24"
color = "#FFDAB9"
description = "Proxy Services"
IntEdge_A;
IntEdge_B;
Proxy [description = "Web Proxy\nServers"];
}
network VPN_Services {
address = "VLAN 202 - 10.x.202.0/24"
color = "#E6E6FA"
description = "VPN Termination"
IntEdge_A;
IntEdge_B;
VPN [description = "VPN\nConcentrator"];
}
network Infrastructure {
address = "VLAN 204 - 10.x.204.0/24"
color = "#F0FFF0"
description = "Infrastructure Services"
IntEdge_A;
IntEdge_B;
DNS_DHCP [description = "DNS/DHCP\nServers"];
}
network To_Core {
address = "VLAN 205"
color = "#B0E0E6"
description = "Core Transit"
IntEdge_A;
IntEdge_B;
}
}
@enduml
الخدمات عادةً في المعهد الداخلي:
الـ(كور) هو العمود الفقري السريع الذي يربط جميع الوحدات الأخرى وينبغي الاستفادة منها على النحو الأمثل:
@startuml Core Module
skinparam backgroundColor #FEFEFE
nwdiag {
network From_Internal_Edge {
address = "L3 Routed"
color = "#B0E0E6"
description = "From Internal Edge"
Core_A [description = "Core Switch A\n100G Backbone"];
Core_B [description = "Core Switch B\n100G Backbone"];
}
network Core_Interconnect {
address = "100G+ ISL"
color = "#FFB6C1"
description = "High-Speed Interconnect\nOSPF/IS-IS/BGP"
Core_A;
Core_B;
}
network To_Distribution_1 {
address = "L3 P2P"
color = "#98FB98"
description = "Building A"
Core_A;
Core_B;
Dist_1 [description = "Distribution 1\n(L3 Adjacent)"];
}
network To_Distribution_2 {
address = "L3 P2P"
color = "#DDA0DD"
description = "Building B"
Core_A;
Core_B;
Dist_2 [description = "Distribution 2\n(MCLAG)"];
}
network To_Distribution_3 {
address = "L3 P2P"
color = "#FFDAB9"
description = "Building C"
Core_A;
Core_B;
Dist_3 [description = "Distribution 3\n(MCLAG)"];
}
network To_DC_Border {
address = "L3 Routed"
color = "#87CEEB"
description = "Datacenter"
Core_A;
Core_B;
Border_Leaf [description = "Border Leaf\n(DC Fabric)"];
}
}
@enduml
Core Design Principles:
The Distribution layer aggregates Access alteres and enforces policy. وهذا هو المكان الذي تتسم فيه خيارات تصميم الشبكات بأكبر قدر من التباين على أساس متطلبات الموقع.
In this design, the distribution and access layers areL3 مجاور- ولكل مفاتيح الدخول شبكة فرعية خاصة بها من IP وطرق توزيعها مباشرة.
@startuml Distribution Variation 1 - L3 Adjacent
skinparam backgroundColor #FEFEFE
nwdiag {
network From_Core {
address = "L3 ECMP"
color = "#B0E0E6"
description = "From Core Layer"
Dist_A [description = "Distribution A\n(L3 Router)"];
Dist_B [description = "Distribution B\n(L3 Router)"];
}
network Dist_iBGP {
address = "iBGP Peering"
color = "#DDA0DD"
description = "ECMP/iBGP"
Dist_A;
Dist_B;
}
network P2P_Access_1 {
address = "10.x.2.0/30"
color = "#98FB98"
description = "L3 Point-to-Point"
Dist_A;
Dist_B;
Access_1 [description = "Access SW-1\n(L3 Gateway)"];
}
network P2P_Access_2 {
address = "10.x.2.8/30"
color = "#FFE4B5"
description = "L3 Point-to-Point"
Dist_A;
Dist_B;
Access_2 [description = "Access SW-2\n(L3 Gateway)"];
}
network P2P_Access_3 {
address = "10.x.2.16/30"
color = "#FFDAB9"
description = "L3 Point-to-Point"
Dist_A;
Dist_B;
Access_3 [description = "Access SW-3\n(L3 Gateway)"];
}
network User_VLAN_1 {
address = "10.x.32.0/24"
color = "#F0FFF0"
description = "Users - SW1"
Access_1;
Laptop_1 [description = "Laptops"];
Phone_1 [description = "Phones"];
}
network User_VLAN_2 {
address = "10.x.33.0/24"
color = "#FFF0F5"
description = "Users - SW2"
Access_2;
Laptop_2 [description = "Laptops"];
Camera_2 [description = "Cameras"];
}
network User_VLAN_3 {
address = "10.x.34.0/24"
color = "#F5FFFA"
description = "Users - SW3"
Access_3;
Laptop_3 [description = "Workstations"];
Camera_3 [description = "Cameras"];
}
}
@enduml
Subnet Allocation Example:
| Link | Subnet | .. | Distribution to Core | 10.x.1.0/30, 10.x.1.4/30 | | Dist-A to Access-1 | 10.x.2.0/30 | | Dist-B to Access-1 | 10.x.2.4/30 | | Access-1 User VLAN | 10.x.32.0/24 | | Access-2 User VLAN | 10.x.33.0/24 |
الاستحقاقات:
الاعتبارات:
هذا التصميمMulti-Chassis Link Aggregation (MCLAG)بالتوزيعسندات المشروعإلى مفاتيح الدخول التي تحمل (VLANs).
Vendor Terminology: Cisco calls this vPC (Virtual Port Channel), Arista uses MLAG, Juniper uses MC-LAG, and HPE/Aruba uses VSX. السلوك الوظيفي متشابه بين البائعين.
@startuml Distribution Variation 2 - MCLAG
skinparam backgroundColor #FEFEFE
nwdiag {
network From_Core {
address = "L3 Routed Uplinks"
color = "#B0E0E6"
description = "From Core Layer"
Dist_A [description = "Distribution A\n(MCLAG Member)"];
Dist_B [description = "Distribution B\n(MCLAG Member)"];
}
network MCLAG_Peer_Link {
address = "Peer-Link"
color = "#FFB6C1"
description = "MCLAG/vPC Peer-Link"
Dist_A;
Dist_B;
}
network LACP_To_Access {
address = "Po1 - LACP Trunk"
color = "#DDA0DD"
description = "VLANs 100,110,120 Trunked"
Dist_A;
Dist_B;
Access_1 [description = "Access SW-1\n(L2 Switch)"];
}
network Data_VLAN {
address = "VLAN 100 - 10.x.32.0/24"
color = "#98FB98"
description = "Data VLAN"
Access_1;
Laptops [description = "Laptops\nWorkstations"];
}
network Voice_VLAN {
address = "VLAN 110 - 10.x.64.0/24"
color = "#FFE4B5"
description = "Voice VLAN"
Access_1;
Phones [description = "IP Phones"];
}
network Security_VLAN {
address = "VLAN 120 - 10.x.96.0/24"
color = "#FFDAB9"
description = "Security VLAN"
Access_1;
Cameras [description = "Cameras\nBadge Readers"];
}
}
@enduml
SVI Placement (VRRP VIP on Distribution Pair):
VLAN Trunk Configuration:
♪ Port-Channel VLANs | Destination ♪ .. | Po1 (MCLAG) ) 100,110,120 | Access-1 | | Po2 (MCLAG) ) 100,110,120,130 ) Access-2 | | Po3 (MCLAG) | 100,110 | Access-3 | | Native VLAN ) 999 (unused) |
استحقاقات برنامج المساعدة القانونية المتبادلة:
الاعتبارات:
في بيئات مركز البيانات، تصبح طبقة التوزيعالحدودربط العمود الفقري/النسيج الجلدي ببقية شبكة المؤسسة.
@startuml Distribution Variation 3 - Border Leaf Datacenter
skinparam backgroundColor #FEFEFE
nwdiag {
network Enterprise_Core {
address = "L3 Routed (eBGP/OSPF)"
color = "#B0E0E6"
description = "From Enterprise Core"
Border_A [description = "Border Leaf A\nVXLAN Gateway"];
Border_B [description = "Border Leaf B\nVXLAN Gateway"];
}
network Border_EVPN {
address = "VXLAN EVPN"
color = "#DDA0DD"
description = "EVPN Type-5 Routes"
Border_A;
Border_B;
Spine_1 [description = "Spine 1"];
Spine_2 [description = "Spine 2"];
}
network Spine_Fabric {
address = "eBGP Underlay"
color = "#FFB6C1"
description = "Spine Layer"
Spine_1;
Spine_2;
}
network Leaf_Tier_1 {
address = "VTEP"
color = "#98FB98"
description = "Compute Rack 1"
Spine_1;
Spine_2;
Leaf_1 [description = "Leaf 1"];
Leaf_2 [description = "Leaf 2"];
}
network Leaf_Tier_2 {
address = "VTEP"
color = "#FFE4B5"
description = "Storage/Services"
Spine_1;
Spine_2;
Leaf_3 [description = "Leaf 3"];
Leaf_4 [description = "Leaf 4"];
}
network Server_Rack_1 {
address = "VNI 10001"
color = "#F0FFF0"
description = "Compute Servers"
Leaf_1;
Leaf_2;
Servers_1 [description = "Rack Servers\nVMs/Containers"];
}
network Storage_Network {
address = "VNI 10002"
color = "#FFDAB9"
description = "Storage Arrays"
Leaf_3;
Storage [description = "SAN/NAS\nStorage"];
}
network Voice_Services {
address = "VNI 10003"
color = "#E6E6FA"
description = "UC Systems"
Leaf_4;
PBX [description = "PBX/UC\nSystems"];
}
}
@enduml
تفاصيل مركز البيانات:
| العنصر المهمة | .. |النفقات) eBGP (ASN per shift) or OSPF | |النفقات| VXLAN مع EVPN control plane | |الحدود| VXLAN-to-VLAN gateway, External routes, Inter-VRF routing | |حمولات اللاف| Compute, Storage, Voice/UC, Infrastructure |
الاستحقاقات:
الاعتبارات:
طبقة الوصول حيث تصل الأجهزة النهائية وبغض النظر عن التوزيع، توفر مفاتيح الدخول ما يلي:
@startuml Access Layer Module
skinparam backgroundColor #FEFEFE
nwdiag {
network Distribution_Uplink {
address = "L3 or LACP Trunk"
color = "#B0E0E6"
description = "Uplinks to Distribution"
Access_SW [description = "48-Port Access Switch\nPoE+ Capable"];
}
network Data_VLAN {
address = "VLAN 100 - Ports 1-8, 25-32"
color = "#98FB98"
description = "Data VLAN"
Access_SW;
Laptops [description = "Laptops\nWorkstations"];
}
network Voice_VLAN {
address = "VLAN 110 - Ports 9-16"
color = "#FFE4B5"
description = "Voice VLAN"
Access_SW;
Phones [description = "IP Phones"];
}
network Camera_VLAN {
address = "VLAN 120 - Ports 17-24"
color = "#FFDAB9"
description = "Security VLAN"
Access_SW;
Cameras [description = "IP Cameras"];
}
network Wireless_VLAN {
address = "VLAN 130 - Ports 33-40"
color = "#DDA0DD"
description = "Wireless AP VLAN"
Access_SW;
APs [description = "Wireless APs"];
}
network Mgmt_VLAN {
address = "VLAN 999 - Ports 41-44"
color = "#F0FFF0"
description = "Management VLAN"
Access_SW;
}
}
@enduml
Access Layer Security Features:
إليك كيف تتواصل جميع الوحدات لتشكل شبكة كاملة من المشاريع
@startuml Complete Modular Network Topology
skinparam backgroundColor #FEFEFE
title Complete Enterprise Modular Network
nwdiag {
internet [shape = cloud, description = "Internet/WAN"];
network Internet_Edge {
address = "Module 1"
color = "#FFE4E1"
description = "INTERNET EDGE MODULE"
internet;
ISP_A [description = "ISP-A"];
ISP_B [description = "ISP-B"];
MPLS [description = "MPLS"];
Edge_RTR [description = "Edge Router"];
FW_A [description = "FW-A"];
FW_B [description = "FW-B"];
}
network Internal_Edge {
address = "Module 2"
color = "#E6E6FA"
description = "INTERNAL EDGE / DMZ MODULE"
FW_A;
FW_B;
IntEdge_A [description = "IntEdge-A"];
IntEdge_B [description = "IntEdge-B"];
WLC [description = "WLC"];
Proxy [description = "Proxy"];
VPN [description = "VPN"];
DNS [description = "DNS/DHCP"];
}
network Core {
address = "Module 3"
color = "#B0E0E6"
description = "CORE MODULE"
IntEdge_A;
IntEdge_B;
Core_A [description = "Core-A"];
Core_B [description = "Core-B"];
}
network Distribution_L3 {
address = "Variation 1"
color = "#98FB98"
description = "DIST - L3 Adjacent\n(Building A)"
Core_A;
Core_B;
Dist_1A [description = "Dist-1A"];
Dist_1B [description = "Dist-1B"];
Access_L3 [description = "Access\n(L3)"];
}
network Distribution_MCLAG {
address = "Variation 2"
color = "#DDA0DD"
description = "DIST - MCLAG\n(Building B)"
Core_A;
Core_B;
Dist_2A [description = "Dist-2A"];
Dist_2B [description = "Dist-2B"];
Access_L2 [description = "Access\n(L2)"];
}
network Datacenter {
address = "Variation 3"
color = "#FFE4B5"
description = "DATACENTER\n(Spine/Leaf)"
Core_A;
Core_B;
Border_Leaf [description = "Border\nLeaf"];
Spine [description = "Spine"];
Leaf [description = "Leaf"];
Servers [description = "Servers\nStorage\nPBX"];
}
network Campus_Users {
address = "End Devices"
color = "#F0FFF0"
description = "Campus Users"
Access_L3;
Access_L2;
Users [description = "Laptops\nPhones\nCameras"];
}
}
@enduml
عندما تنمو الشبكات لتشمل مناطق أمنية متعددة أو وحدات تجارية أو حدود امتثال,VRF (Virtual Routing and Forwarding)يُوفّرُ عزلةَ طاولاتِ الطريقَ. غير أن توسيع نطاق أطر النتائج دون الإقليمية من خلال مستويات متعددة يزيد من التعقيد:
ويجعل شيم الشبكة الفرعية المصممة تصميما جيدا أنماطا يمكن التعرف عليها، مما يقلل من الحمولة المعرفية وأخطاء التشكيل.
الموقع:10.0.0.0/13 (Manufacturing Site Alpha) - 524,286 usable hosts
@startuml VRF Subnet Schema
skinparam backgroundColor #FEFEFE
title Large Site VRF Allocation Schema (10.0.0.0/13)
nwdiag {
network Corporate_VRF {
address = "VRF: CORPORATE\n10.0.0.0/17"
color = "#98FB98"
description = "Production Users"
Corp_Transit [description = "Transit\n10.0.0.0/23"];
Corp_Users [description = "Users\n10.0.32.0/19"];
Corp_Voice [description = "Voice\n10.0.64.0/19"];
Corp_Wireless [description = "Wireless\n10.0.96.0/19"];
Corp_Server [description = "Servers\n10.0.112.0/20"];
}
network Guest_VRF {
address = "VRF: GUEST\n10.1.0.0/17"
color = "#FFE4B5"
description = "Visitor Network"
Guest_Transit [description = "Transit\n10.1.0.0/23"];
Guest_Users [description = "Users\n10.1.32.0/19"];
}
network Security_VRF {
address = "VRF: SECURITY\n10.2.0.0/17"
color = "#FFDAB9"
description = "Physical Security"
Sec_Transit [description = "Transit\n10.2.0.0/23"];
Sec_Camera [description = "Cameras\n10.2.32.0/19"];
Sec_Badge [description = "Badge Readers\n10.2.64.0/19"];
Sec_NVR [description = "NVR/VMS\n10.2.96.0/20"];
}
network IOT_VRF {
address = "VRF: IOT\n10.3.0.0/17"
color = "#E6E6FA"
description = "Manufacturing OT"
IOT_Transit [description = "Transit\n10.3.0.0/23"];
IOT_PLC [description = "PLCs\n10.3.32.0/19"];
IOT_HMI [description = "HMIs\n10.3.64.0/19"];
IOT_SCADA [description = "SCADA\n10.3.96.0/20"];
}
}
@enduml
Detail (10.0.0.0/23 - 510 usable IPs):
| Subnet Link Description | .. | 10.0.0.0/30 | FW-Inside → Internal-Edge-A | | 10.0.0.4/30 | FW-Inside → Internal-Edge-B | | 10.0.0.8/30 | Internal-Edge-A → Core-A | | 10.0.0.12/30 | Internal-Edge-A → Core-B | | 10.0.0.16/30 | Internal-Edge-B → Core-A | | 10.0.0.20/30 | Internal-Edge-B Core-B | | 10.0.0.24/30 | Core-A → Distribution-A | | 10.0.0.28/30 | Core-A → Distribution-B | | 10.0.0.32/30 | Core-B → Distribution-A | | 10.0.0.36/30 | Core-B → Distribution-B | | 10.0.0.40/30 | Distribution-A → Access-SW-1 | | 10.0.0.44/30 | Distribution-B → Access-SW-1 | )
ملاحظة:/31 يمكن أيضاً استخدام الشبكات الفرعية (RFC 3021) لوصلات من نقطة إلى نقطة، مع الحفاظ على الحيز المتاح.
(أ) عندما تكون أنماط الشبكة الفرعية متسقة في جميع أطر النتائج:
ما تعرفه هو ما يمكنك أن تجنيه .. | وصلة المرور العابر في استخدامات الشركات 10.0.0.40/30 | Guest equivalent is 10.1.0.40/30 | | مستخدمو الوصول إلى SW-5 هم على 10.0.36.0/24 s كاميرات الأمن على نفس المفاتيح هي 10.2.36.0/24 | Site Alpha is 10.0.0.0/13 | Site Beta could be 10.8.0.0/13 |
This allows engineers to:
@startuml Small Site Template
skinparam backgroundColor #FEFEFE
title Small Site Template (< 50 users)
nwdiag {
internet [shape = cloud];
network WAN {
color = "#FFE4E1"
description = "ISP/MPLS Circuit"
internet;
UTM [description = "UTM/SD-WAN\nAppliance\n(Router+FW+VPN+WLC)"];
}
network LAN {
address = "10.100.x.0/24"
color = "#98FB98"
description = "Single Subnet"
UTM;
Access [description = "Access Switch\n(or UTM ports)"];
}
network Endpoints {
color = "#F0FFF0"
description = "End Devices"
Access;
AP [description = "WiFi AP"];
Users [description = "Users"];
Phones [description = "Phones"];
}
}
@enduml
مذكرات تصميم الموقع الصغير:
@startuml Medium Site Template
skinparam backgroundColor #FEFEFE
title Medium Site Template (50-500 users)
nwdiag {
internet [shape = cloud];
network WAN_Edge {
color = "#FFE4E1"
description = "Internet Edge"
internet;
ISP_A [description = "ISP-A"];
ISP_B [description = "ISP-B/MPLS"];
Edge_RTR [description = "Edge Router"];
}
network Firewall_Tier {
color = "#FFDAB9"
description = "Firewall HA Pair"
Edge_RTR;
FW_A [description = "FW-A"];
FW_B [description = "FW-B"];
}
network Distribution {
address = "10.50.x.0/21"
color = "#DDA0DD"
description = "MCLAG Distribution\n(Dist/Core Combined)"
FW_A;
FW_B;
Dist_A [description = "Dist-A"];
Dist_B [description = "Dist-B"];
}
network Access_Tier {
color = "#98FB98"
description = "Access Switches (LACP)"
Dist_A;
Dist_B;
Acc1 [description = "Acc1"];
Acc2 [description = "Acc2"];
Acc3 [description = "Acc3"];
Acc4 [description = "Acc4"];
Acc5 [description = "Acc5"];
}
network Users {
color = "#F0FFF0"
description = "End Devices"
Acc1;
Acc2;
Acc3;
Acc4;
Acc5;
Endpoints [description = "Laptops/Phones\nCameras/APs"];
}
}
@enduml
مذكرات تصميم الموقع المتوسط:
@startuml Large Site Template
skinparam backgroundColor #FEFEFE
title Large Site Template (500+ users)
nwdiag {
internet [shape = cloud];
network Internet_Edge {
color = "#FFE4E1"
description = "INTERNET EDGE MODULE"
internet;
ISP_A [description = "ISP-A"];
ISP_B [description = "ISP-B"];
MPLS [description = "MPLS"];
Edge_RTR [description = "Edge-RTR"];
FW_A [description = "FW-A"];
FW_B [description = "FW-B"];
}
network Internal_Edge {
color = "#E6E6FA"
description = "INTERNAL EDGE MODULE"
FW_A;
FW_B;
IntEdge_A [description = "IntEdge-A"];
IntEdge_B [description = "IntEdge-B"];
WLC [description = "WLC"];
Proxy [description = "Proxy"];
VPN [description = "VPN"];
DNS [description = "DNS"];
}
network Core {
color = "#B0E0E6"
description = "CORE MODULE"
IntEdge_A;
IntEdge_B;
Core_A [description = "Core-A"];
Core_B [description = "Core-B"];
}
network Dist_Var1 {
color = "#98FB98"
description = "L3 Adjacent"
Core_A;
Core_B;
Dist_1 [description = "Dist-1"];
Access_1 [description = "Access"];
}
network Dist_Var2 {
color = "#DDA0DD"
description = "MCLAG Trunk"
Core_A;
Core_B;
Dist_2 [description = "Dist-2"];
Access_2 [description = "Access"];
}
network Dist_Var3 {
color = "#FFE4B5"
description = "MCLAG Trunk"
Core_A;
Core_B;
Dist_3 [description = "Dist-3"];
Access_3 [description = "Access"];
}
network Datacenter {
color = "#87CEEB"
description = "SPINE/LEAF DC"
Core_A;
Core_B;
Border [description = "Border-Leaf"];
Spine [description = "Spine"];
Leaf [description = "Leaf"];
Servers [description = "Servers"];
}
}
@enduml
ملاحظات تصميم الموقع الكبير:
وعندما يتعين على الشرائح أن تمتد عبر مستويات متعددة، يضيف كل حد من الحدود L3 إلى الشكل العام:
@startuml Multi-VRF Path Through Tiers
skinparam backgroundColor #FEFEFE
title Multi-VRF Traffic Path: Camera to NVR
nwdiag {
network Camera_Segment {
address = "VLAN 120\n10.2.36.0/24"
color = "#FFDAB9"
description = "VRF: SECURITY"
Camera [description = "Camera"];
Access_SW [description = "Access-SW\nSub-int: 10.2.0.40/30"];
}
network Access_to_Dist {
address = "10.2.0.40/30"
color = "#DDA0DD"
description = "VRF: SECURITY"
Access_SW;
Distribution [description = "Distribution\nSub-int: 10.2.0.24/30"];
}
network Dist_to_Core {
address = "10.2.0.24/30"
color = "#B0E0E6"
description = "VRF: SECURITY"
Distribution;
Core [description = "Core\nSub-int: 10.2.0.8/30"];
}
network Core_to_IntEdge {
address = "10.2.0.8/30"
color = "#E6E6FA"
description = "VRF: SECURITY"
Core;
Internal_Edge [description = "Internal-Edge\nSub-int: 10.2.0.0/30"];
}
network IntEdge_to_FW {
address = "10.2.0.0/30"
color = "#FFE4E1"
description = "VRF: SECURITY"
Internal_Edge;
Firewall [description = "Firewall\nInter-VRF Policy"];
}
network DC_Path {
address = "VXLAN/EVPN"
color = "#87CEEB"
description = "Datacenter Fabric"
Firewall;
Border_Leaf [description = "Border-Leaf"];
Spine [description = "Spine"];
Leaf [description = "Leaf"];
NVR [description = "NVR"];
}
}
@enduml
رئيس الاتحاد:
هدف تصميم الشبكة النموذجية هو إنشاءالنمط المكرروهذا يمكّن:
| Scale Sites Pattern | .. | Small | 10,000+ , Collapsed UTM + single shift, /24 per site | | Medium | 1,000+ , Edge + MCLAG distribution + access, /21 per site | |rge rge 100+ | Full modular (Edge, Internal Edge, Core, Distribution variants, DC fabric), /13-/15 per site |
وبإنشاء هذه الأنماط وتطبيقها على نحو متسق، يمكن للمنظمات أن تبني شبكات تتراوح بين مكتب فرعي واحد وبين مؤسسة عالمية - في الوقت الذي تحافظ فيه على البساطة التشغيلية والوضع الأمني.
الصيغة 2 - | المنشورة 2026-02-02 | Updated with PlantUML nwdiag diagrams